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Cold Fusion Back From The Dead

misterfusion writes "Looks like the IEEE is warming up to cold fusion with the latest story "Cold Fusion Back from the Dead". This has been a good year for this field with several leading science journals (Physics Today, MIT Technology Review, etc) contributing stories. Things are warming up and if science Research & Development funding can be stimulated with a positive DoE report (due soon), it might be an interesting rebirth."

635 comments

  1. Almost had a heart attack! by skrysakj · · Score: 5, Funny

    I thought the article was referring to Macromedia Coldfusion!
    Phew!

    1. Re:Almost had a heart attack! by Cylix · · Score: 2, Informative

      That's what I thought too...

      I thought why?

      There are some many better things now.

      Let it stay dead man... just die a noble death.

      --
      "You should always go to other people's funerals; otherwise, they won't come to yours." -- Yogi Berra
    2. Re:Almost had a heart attack! by bk_veggie · · Score: 3, Informative

      bleh. i did CF development for 6 years before moving into IT security. CF is still quite qidely used in the private (bank of america, etc) and is extensively used in public sector shops. the majority of DoS and many DoD sites use it (and they port it to linux, so pbbt.) don't confuse their questionable products like flash and shockwave with a really solid, open standard web application language.

    3. Re:Almost had a heart attack! by Raagshinnah · · Score: 1

      Score: +5 scary

    4. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      I almost did too.. what a waste of my youth that was..

    5. Re:Almost had a heart attack! by grendel_x86 · · Score: 1

      CF has actually gotten even better in the past year, and if you use 'blue dragon' w/ apache, you can run a cf server for free.

      --
      Im glad /. isnt the real world, that would really suck..
    6. Re:Almost had a heart attack! by Shivantrill · · Score: 1

      Yeah, me too. Heheh, I need to get out more and look up from the computer once in a while.

      --
      Karma, We don't need no stinkin' karma!
    7. Re:Almost had a heart attack! by bigman2003 · · Score: 1, Offtopic

      I use Cold Fusion every day. I like it a lot.

      Cold Fusion was supposed to drown under the ASP tidal wave. Then PHP was the obvious answer. Both products are free, and that was always cited as the reason that Cold Fusion would die.

      CF has reach a point of decline- which is okay- but it's not dead.

      I am willing to challenge anyone out there- if we are both given the same criteria for building a dynamic site- I'll use Cold Fusion, you can use PHP, ASP, JSP, whatever. I'll have my site done first. It will be secure, scalable, fast, and easily maintained. I've built dozens and dozens of sites that get moderate to heavy use (depending on your point of reference...) and Cold Fusion has never been an impediment, frequently it was the saving grace- allowing the project to get done on-time.

      People love to bash CF, because it is not the language du jour. It costs money- some people don't like that. It USED to be that a lot of crappy little projects were started in Cold Fusion, because it was easy- and any yokel could squeeze working code out of their ass- whether or not it was good. (That's how I started) But now most of the 'beginner' projects are done in ASP or PHP- because they are free, and can be created 'on the sly' without having to request $800-$1,500 of server software.

      Now I spend about 25% of my time converting someone's crap-ass (poorly done) PHP projects over to Cold Fusion once the people in charge find out that it's insecure, crash-prone and impossible to build on to. Strangely, the time has come that the Cold Fusion programmers are the ones with more experience (because it is not the language du jour, newbies are no longer jumping on the bandwagon) and the projects are put together in a more mature manner.

      Just as before, when Cold Fusion's biggest problem was that any jackass could use it- now I see the same thing happening to PHP. Jackasses covertly set it up on their small department webserver...and then I get paid to clean up their mess.

      Oh well- it's a job!

      --
      No reason to lie.
    8. Re:Almost had a heart attack! by simcop2387 · · Score: 1

      i can do your entire site in one line with perl!

    9. Re:Almost had a heart attack! by bigman2003 · · Score: 0, Offtopic

      Whoops...I assume you are talking about the site on my sig. (or maybe it was a general comment...)

      Yes- the site linked on my sig is a pretty basic piece of crap...but I like it that way. In no way does it reflect my super-uber hard-core coding skills that I use during my wonderful life at work. Or possibly it does...but from looking at my linked site, at least you know I'm not a very good designer.

      --
      No reason to lie.
    10. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      cold fusion is teh ghey.

      thx.

    11. Re:Almost had a heart attack! by Dr.+Shim · · Score: 1

      I choked on my spit. :(

      --
      People discover the meaning of life between getting piss drunk and the following hangover.
    12. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      Me too! I was about to flame back that ColdFusion was never dead...

    13. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      Yep, we're contracted to make some pages for DoS, and the only server-side scripting technology they have is ColdFusion. I figure it's partially a PHB thing, but there's probably some certification process involved which causes a high barrier to entry. I've heard CF called the COBOL of web development, it will probably outlive all of us.

    14. Re:Almost had a heart attack! by KilobyteKnight · · Score: 1
      I thought the article was referring to Macromedia Coldfusion!

      I thought it was referring to licking cold metal. Now, that's some cold fusion that needs to stay dead.
      --
      When will Windows be ready for the desktop?
    15. Re:Almost had a heart attack! by skiflyer · · Score: 0, Offtopic

      Best logic ever.

      Use an older and less popular language because the developer you hire is less likely to be faking their skill.

      I don't know much of anything about Cold Fusion, when I started it was already on the decline and the price tag kept me from suggesting it to employers... but all I know is that the argument seems seriously flawed to me. Good PHP, good ASP, good JSP all are secure and scale just fine... and they're definitely easy to build on.

      Yes, a poorly coded project is a poor product, there's no question about that. But, and call me greedy, I want the best implementation written in the best technology for my problem, not the best implementation written in the language where I'm likely to find the best developer.

    16. Re:Almost had a heart attack! by bigman2003 · · Score: 1, Offtopic

      My point was that CF is a good technology. The previous perception was that it was 'teh ghey' (as the above poster told us). This was due mainly to the number of crappy coders who were using it- not a reflection of the language/platform (whatever you want to call it) itself.

      It has been a good product for a long time- but the good parts were overshadowed by some of the crappy code people were putting together. Now it has less crappy code, and this is actually a good thing.

      --
      No reason to lie.
    17. Re:Almost had a heart attack! by clubin · · Score: 1

      Ditto. The mention of the IEEE really locked that thought in my head, too, as I confused the IEEE with the ISO and thought they were trying to make ColdFusion into a web standard!

    18. Re:Almost had a heart attack! by techsoldaten · · Score: 2, Funny

      See, when I hear about a site powered by ColdFusion , I want that to mean the server runs in a large building somewhere getting all it's energy from within a glass jar stored in the basement.

      Moreover, when I hear about a site written in C# , I want that to mean a composer orchestrated the score for the site in a beautiful, somber key evocative of Brahms later symphonies.

      Also, when I hear about a site written in java , I want that to bring to mind a picture of some nut on the floor of a coffee house writing hundreds of pages of a manifesto by hand using stale coffee beans before publishing his rants on the Web.

      For that matter, when I hear there is a site powered by Perl , I want that to mean there is a site solely financed by the pearl trade.

      And when I hear about a site powered by ASP , I want it to be an Egyptian site that changes ownership every few months due to the unexplained deaths of previous owners.

      Further, where I hear about a site powered by PHP , I want to know that no user has a clue what scripting technology I am using.

      The point to all this: I develop in all of the scripting languages listed above. Users don't care what language was used to write a site, they only care whether or not the site does what they need it to do.

      M

    19. Re:Almost had a heart attack! by Anonymous Coward · · Score: 2, Interesting

      Wow, you people really have no idea, at all, what you are talking about. ColdFusion 4? Uh, that was 6 years ago you fools. ColdFusion MX is a Java/J2EE application that runs on JRun, WebSphere, Tomcat, etc. and utterly trounces other web development languages. It has tags that make all common needs simple to solve (create a web service with one line of code?!) and if you need to do anything complex, call anything in the Java API straight from your CFML code. Any statements about lack of scalability or security are utterly false and are clearly coming from someone who has no clue about what CFMX is. I've been a CF developer for 6 years and do very well at it, building extremely large and complex ecommerce and data warehouse systems. It's just hilarious to see people show their ignorance by saying things as "facts" that are actually totally incorrect.

    20. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      Yeah, several hundred thousand deployed instances of an application server sure sounds dead to me, too.

    21. Re:Almost had a heart attack! by eomnimedia · · Score: 1

      You're telling me...I thought it was a breakfast cereal!

    22. Re:Almost had a heart attack! by stephanruby · · Score: 3, Insightful
      "There are so many better things now. "

      Right now, CFML is the only language that will run on either a Java Server or the .NET framework

      Sure, there are better cheaper tag-based languages out there, but CFML is still one of the easiest languages I've ever come across. If anything, it's too easy, that's why there is so much disdain for it, in many ways, it's so easy -- it doesn't feel like a real computer language.

    23. Re:Almost had a heart attack! by stephanruby · · Score: 1

      Your comment was moderated down into oblivion, which is a shame because everything you said is accurate. Take a look at Linuxworld.com, even they are running on a CFML Server

    24. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      You forgot to mention Python!

    25. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      AMEN BROTHER!

    26. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      Ok, you went from CF Dev to IT Security... Wow, i bet your day is exciting.

    27. Re:Almost had a heart attack! by techsoldaten · · Score: 1

      When I hear about a site powered by Python, I expect there to be ample amounts of Spam, Vikings, Spanish Inquisitions, Black Vicars, etc.

      Happy?

      M

    28. Re:Almost had a heart attack! by hostyle · · Score: 0

      perl? bitch!

      --
      Caesar si viveret, ad remum dareris.
    29. Re:Almost had a heart attack! by Anonymous Coward · · Score: 0

      Good for you, it is nice that you are so comfortable about your choices. Now can you please shut up and let us talk about Cold Fusion instead of that ColdFusion crap you are spewing on about?

      Thanks.

    30. Re:Almost had a heart attack! by juhaz · · Score: 1

      When I hear about a site powered by Python

      Here you go.

      Oh yeah, and then there was this small startup, you may not have heard about them, what was it again... let me think, oh yes, something called "Google".

      I expect there to be ample amounts of Spam, Vikings, Spanish Inquisitions, Black Vicars, etc.
      Happy?


      Dunno. Didn't notice any of those, but perhaps they all popped up at your place?

  2. Come on... by Anonymous Coward · · Score: 5, Funny

    You guys could've fit at least ONE MORE "warming up" pun in the summary. It's like you weren't even trying!

    1. Re:Come on... by Spankophile · · Score: 2, Insightful

      I never seem to have modpoints when I want them.

  3. What if Slashdot was right... by FooAtWFU · · Score: 3, Funny

    Given the history of cold fusion, the Nothing for you to see here. Please move along. notice seemed strangely appropriate. :)

    --
    The World Wide Web is dying. Soon, we shall have only the Internet.
    1. Re:What if Slashdot was right... by garcia · · Score: 4, Insightful

      Too bad Elizabeth Shue isn't spearheading the research. At least she's something to see.

    2. Re:What if Slashdot was right... by Rei · · Score: 1

      I find it interesting that the heat is being generated in tiny "hot spots" in small explosions. I wonder if this is related to the microfusion effects observed in cavitation. Tiny collapsing bubbles can produce incredible heat - in one experiment in deuterium-containing acetone, an emission spectrum from accoustic cavitation matched that expected from nuclear fusion, with temperatures as high as 10 million degrees in a tiny area. If fusion is actually occurring there, why could there not be some sort of induced cavitation reaction here as well?

      Of course, the potential from this working (or other microfusion experiments) should be obvious to us all. You know all of those predictions from the 1950s of "nuclear powered everything" (even cars)? And how ridiculous that looks in the present day? If we can get microfusion ("cold fusion") to work, such things could actually be reality, and energy prices would be miniscule. And, as the global economy is incredibly tied to energy prices, the standard of living and rate of human achievement would be phenominal. So, I think it's more than worth it to put a little money into the study. :)

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
    3. Re:What if Slashdot was right... by Marxist+Hacker+42 · · Score: 1

      OTOH- if Cold Fusion becomes possible, the waste Helium will be great for a revival of lighter-than-air cruise ships!

      --
      SJW: a person who perceives an injustice, and while correcting it, commits a greater injustice.
    4. Re:What if Slashdot was right... by Jason+Ford · · Score: 5, Informative

      Insightful? Would wondering if Val Kilmer might steal her research from her get me a '+1, Informative' moderation?

      --
      I did not become a vegetarian for my health, I did it for the health of the chickens. --Isaac Bashevis Singer
    5. Re:What if Slashdot was right... by jericho4.0 · · Score: 1
      The current working theory is not cavitation, but some quantum effect from the deuterium atoms getting closely packed in the palladium crystal. I expectbe that any fusion tech would show localized behaviour, since all of your sample undergoing fusion at the same time would probably be a Bad Thing.

      Even accepting that fusion does occur in cavitation (which I do), it's seems clear that this would be hard to turn into a self-sustaining reaction. This technology, OTOH, looks very promising.

      The impact this could have is _huge_. No more wars for energy. Water through electrical desalination. No more pollution. New materials that are too expensive to use now. This would be the greatest technological advance in human history since the thumb.

      --
      "A language that doesn't affect the way you think about programming, is not worth knowing" - Alan Perlis
    6. Re:What if Slashdot was right... by Rei · · Score: 1

      What, exactly, would be easier about this than cavitation for mass energy production?

      BTW, I definitely agree about the impact. I mean, seriously, picture this: Energy costs just from the electrolysis alone make up about 1/3 of the cost of aluminum. In short, bountiful cheap electricity will instantly make the price of aluminum go down by 30%. Most of the rest of the price comes from the cost to mine and transport the ore, which is largely... fuel cost! When you have cheap electricity, a few years down the line you'll have cheap electric or hydrogen vehicles and pieces of mining equipment. I wouldn't be surprised if in 5 years, aluminum cost 20% of what it currently costs.

      Can you imagine? Just what aluminum that cheap alone would mean, let alone the fact that it would reduce prices like this, more or less, to *everything*? It boggles the mind... I mean, heck, a Mars trip? If the price to construct rockets drops to a third of what they are today, we'll be discussing manned trips to the Jovian or Saturnian satellites ;)

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
    7. Re:What if Slashdot was right... by jericho4.0 · · Score: 1
      The cavitation effect is tiny, and (if it is happening) happens in only a small % of implosions. It seems to only involve an atom or two for each implosion. The energy required to make the implosion in the first place is more than the energy released, and it can't scale to bigger implosions.

      I guess none of that discounts the field as unworthy of pursuit, it's that 'hook up to battery, get more heat out than goes in' seems like a lot simpler tech.

      --
      "A language that doesn't affect the way you think about programming, is not worth knowing" - Alan Perlis
    8. Re:What if Slashdot was right... by Rei · · Score: 1

      Both effects are currently tiny, though - that's the problem ;)

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
    9. Re:What if Slashdot was right... by gewalker · · Score: 1

      You might want to check the price of palladium before you think energy will suddenly become too cheap to meter. About $225/ounce or $7.90/gram today, and if cold fusion takes off you can bet demand for palladium would increase.

      If it is primarily a surface effect, it may be possible to engineer the CF process to work on palladium plated electrodes, driving down the amount of palladium required dramatically though.

      If fusion makes free energy though, you might want to read Midas World by Frederick Pohl. This novel explored free fusion power, not a bad read either, though nothing special. Should be available in libraries. Here's a link

    10. Re:What if Slashdot was right... by Rei · · Score: 2, Interesting

      1) Palladium is hardly the only metal that will conceivably work; it is just the metal that has had the most use thusfar, and since people are still trying to understand what is going on, they keep working on it. I believe titanium is another candidate; there are several.

      2) Palladium coated carbon spheres, according to the Wired article from 1998 discussing the progress on Cold Fusion that really revived popular interest, have been used a number of times with success. Also, even in a pure palladium setup, the situation isn't bad: a device that produces 1kw of power per cubic centimeter of palladium ran for 50 days - and this on minimal research funding.

      Well, the fire alarm is going off, so I better flee. Ciao.

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
    11. Re:What if Slashdot was right... by Anonymous Coward · · Score: 0

      And will Anonymous Cowards with nothing to say get modded down '-1, Troll'?

    12. Re:What if Slashdot was right... by nofx_3 · · Score: 1

      Or china could use the helium for their new nuclear reactors that are going to use compressed helium rather than water. Of course if Cold Fusion was actaully working I don't see why they would go ahead building any new fision reactors.

      -kaplanfx

      --
      Visualize Whirled Peas
    13. Re:What if Slashdot was right... by juhaz · · Score: 1

      Also, even in a pure palladium setup, the situation isn't bad: a device that produces 1kw of power per cubic centimeter of palladium ran for 50 days - and this on minimal research funding.

      So, where can I go to pick up one of these things?

      If someone actually had an actual device that could produce 1 kW of power for nearly two months and was scalable /cm^3 as you seem to imply they'd be everywhere right now, and the inventor would be a multibillionnaire, screw the mainstream physicists opinions.

      Soo... did the aliens kidnap him? Men that came in black helicopter perhaps? Vanished in a puff of logic? Oil companies had him assassinated, and decided to sit on the thing instead of instantly using it to increase their profits a millionfold, OR maybe, just maybe, it isn't real. Feel free to use Occam's Razor to pick up the best explanation.

    14. Re:What if Slashdot was right... by Anonymous Coward · · Score: 0

      You forgot the most likely scenerio:

      "It took about 50 billion dollars and a thousand man-years of work to produce a functional fission reactor...to expect Cold Fusion researchers to produce something in their garage is foolish"

      Many people have made the argument that "if CF is true, why don't you just commercialize it". This argument is nonsense.

    15. Re:What if Slashdot was right... by juhaz · · Score: 1

      I didn't. It was not about CF in general. The grandparent implied CF folks already HAD built a device in their garage that's capable of producing pretty decent amount of power for long periods of time.

      That may not be enough to go ahead and insta-create end-user product, but it damn certainly is enough to get an attention (and if it works, substancial funding) of a big player.

      Even if it wouldn't scale to power production in general, few kW CF unit would single handedly destroy gasoline aggregators and batteries as well as the emerging fuel cell industry without taking a scratch. Can you imagine an UPS/battery that's capable of running your server farm for two months, or laptop for years with nothing more than a drop of (heavy) water?

      And fission was so bad because it was dangerous, you can't build a fission reactor in your garage because, or rather you can, but you wont be around for much longer after firing it up the first time, but cold fusion is supposed to have no such problems, it doesn't even produce detectable amount of neutrons!

    16. Re:What if Slashdot was right... by Rei · · Score: 1

      Referenced here:

      http://www.wired.com/wired/archive/6.11/coldfusi on .html?pg=3

      One of the big problems, though, is that palladium varies greatly from batch to batch, concerning the scale of this effect.

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
  4. Better title... by TopShelf · · Score: 2, Funny

    How's about "Cold Fusion warmed over" instead?

    --
    Stop by my site where I write about ERP systems & more
    1. Re:Better title... by richie2000 · · Score: 1
      Cold Fusion Finally Heating Up

      Step 1: Discover Cold Fusion
      Step 2: Generate heat
      Step 3: Get slammed as a junk scientist as few others can reproduce your experiment
      Step 4: ???
      Step 5: Revenge!

      --
      Money for nothing, pix for free
    2. Re:Better title... by Lt+Cmdr+Tuvok · · Score: 2, Insightful
      Indeed. 'Back from the dead' would seem to imply that the subject in question was once a living entity, while it is plainly apparent that cold fusion is a permanently nonliving phenomenon.

      However, I'm afraid that 'Cold fusion warmed over' is also an illogical statement. This has connotations with hot coffee, or some other drink or food item that is customarily hot, that has gone cold and has once more been made warm.

      Both statements fail abjectly to address the issue at hand. The optimal statement here would be 'Cold fusion might yet be viable'.

      Regarding this particular issue, I can only state that I, along with many of my contemporaries, know various facts about cold fusion that are yet unknown in your time. This includes the fact whether it is viable. However, reporting these facts here would be a direct violation of the Prime Directive.

      --
      Without the darkness, how would we recognize the light?
    3. Re:Better title... by Anonymous Coward · · Score: 0

      Yes, Lt. Cmdr Tuvok is correct, though we don't call it "Cold Fusion", we know it by another name that is so difficult to pronounce, your puny Earthling vocal chords would catch fire at the mere thought of trying to pronounce it.

    4. Re:Better title... by TopShelf · · Score: 1

      It's a friggin' joke, ya pointy-eared, green blooded freak...

      --
      Stop by my site where I write about ERP systems & more
    5. Re:Better title... by Josh+Booth · · Score: 2, Insightful

      Though it appears that he may be right in the end -- cold fusion does exist -- that is how science works. It was extremely difficult for people to reproduce it and since the success rate was on par with anomolous behavior, it was regarded as a fluke. Now that it is understood slightly better, some people are getting results. Usually if the theory behind the experiment is understood, the experiments, no matter how inaccurate, are repeated and made better. But nobody understands the theory. I'm still skeptical, but if this pans out in the end, it would be awesome! Imagine sticking it to oil companies with nuclear cars and planes.

    6. Re:Better title... by CrimsonAvenger · · Score: 5, Insightful
      Imagine sticking it to oil companies with nuclear cars and planes.

      Oil companies would be richer than ever if this pans out. The oil won't stop being needed, it'll just stop being burned. And quite a few "oil companies" have figured out that they are in the energy business, not the oil business. And would probably be in the forefront of providing high-grade deuterium for your cold fusion units.

      "Mr. Fusion", anyone?

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    7. Re:Better title... by operagost · · Score: 1

      I didn't know high-grade deuterium was available from trash!

      --

      Gamingmuseum.com: Give your 3D accelerator a rest.
    8. Re:Better title... by CrimsonAvenger · · Score: 1

      Ahhh, someone out there remembers!

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    9. Re:Better title... by Anonymous Coward · · Score: 0

      Everyone knows cold fusion exists and can occur. Few would even have debated that it was taking place in Pons and Fleischmann's experiments. What was and is today under question is whether the process can produce usable net energy. Pons and Fleischmann acted like sideshow hucksters during and after their infamous demonstration ("oh we forgot, there's a SOOPER SEKRIT step involved too!") and are quite rightly persona non grata in serious scientific circles for it.

    10. Re:Better title... by Martin+Blank · · Score: 4, Insightful

      Though it appears that he may be right in the end -- cold fusion does exist -- that is how science works. It was extremely difficult for people to reproduce it and since the success rate was on par with anomolous behavior, it was regarded as a fluke.

      The same thing happened to Henry Bessemer when he produced high-quality steel by blowing air through it. When others couldn't reproduce it on a regular basis, he had to go back and review what he had done. It nearly broke him, but in the end he found that by pure chance, he had used low-phosphorus steel in his experiments. Once this was shown, uptake was initially slow, but as soon as it was proven to be reproduceable, it caught on and allowed the widespread use of modern steel -- and allowed Bessemer to become very wealthy.

      --
      You can never go home again... but I guess you can shop there.
    11. Re:Better title... by Anonymous Coward · · Score: 1, Funny

      Is there a mod -1, dork?

    12. Re:Better title... by BgJonson79 · · Score: 2, Informative

      I thought it was the Senate who chose not to ratify the treaty. If so, wouldn't they need to change their biz model to, "Let's bribe the whole Senate?"

      --

      There are four boxes used in defense of liberty: soap, ballot, jury, ammo. Use in that order.

    13. Re:Better title... by Rostin · · Score: 2, Insightful

      Actually, I worked for a bit for "Esso," and while I was there I was told that it owns the mineral rights to more uranium ore than any other entity (whether government or no) in the world.

      They also own massive amounts of coal and oil shale. And, believe it or not, they've done solar cell research in the past.

      The only difference between ExxonMobil and the friendlier "oil majors" like BP is marketing. BP has gotten incredibly good at fooling gullible people into think that it cares about something besides making money.

    14. Re:Better title... by tsa · · Score: 2, Funny

      Oil companies would be richer than ever if this pans out. The oil won't stop being needed, it'll just stop being burned.

      So plastic will be much cheaper than it is now in the future. And that us a good thing, since plastic is fantastic!

      --

      -- Cheers!

    15. Re:Better title... by Anonymous Coward · · Score: 0

      Kyoto is worse than useless.

    16. Re:Better title... by Cobralisk · · Score: 1

      You're on /. Everyone remembers.

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      Waiting for ad.doubleclick.net...
    17. Re:Better title... by sydres · · Score: 1

      I read a book several years ago about the whole cold fusion debacle and as it was explained the electrochemist (read, not physicist) who purportedly developed had fraudulant and questionable backgrounds already. the actual result of excess energy was explained, Paladium like the other metals in its group such as platinum absorb hydrogen freely and as the electrodes liberate Oxygen some of which dissolves in the water then heat the water, creating bubbles of oxygen albeit small bubbles. when these form near the heavy hydrogen rich paladium hydride which are also hot there are bound to be small mini explosions the book also went on to show that the same happens with regular water substituted for heavy water so don't hold your breath for cheap simple fusion power just yet

  5. I thought by Prince+Vegeta+SSJ4 · · Score: 0, Offtopic

    slashdotters just loved sites endowed with Macromedia products, especially Shockwave & Flash.

    1. Re:I thought by drinkypoo · · Score: 0, Troll

      The only good thing about coldfusion is how easy it is to slashdot. You can take the site down before first post, easy...

      --
      "You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
    2. Re:I thought by Anonymous Coward · · Score: 0

      nah, the best sites are the ones that use the default access db set-ups, with passwords accessible straight from the web. security through.. non-obscurity?

  6. Easy to see why this has had so much resistance by PingKing · · Score: 3, Insightful

    Apart from the fact that there were problems reproducing the cold fusion effects, it's very easy to see why cold fusion has always been given the cold shoulder. It would effectively end the fission power-based business aswell as fossil fuel generated electricity.

    --

    Patriotism - the last resort of scoundrels.
    1. Re:Easy to see why this has had so much resistance by meringuoid · · Score: 4, Insightful
      The fission power business depends on massive subsidy, at least in .uk. As for fossil-fuel energy, that may have the clout to squash new technologies in .uk and .us, but I suspect that in .jp, where they're wholly dependent on imported power, any alternative would be welcomed.

      Cold fusion was dropped because it could never be replicated, and perhaps because of Pons and Flesichmann's attitude. Science is not done by press conference, and you don't call an anomalous heat effect 'cold fusion' and cause a global hoo-hah without some damn good evidence.

      --
      Real Daleks don't climb stairs - they level the building.
    2. Re:Easy to see why this has had so much resistance by aminorex · · Score: 1, Interesting

      I take exception: Cold fusion has always and
      obviously been a real nuclear effect, in my mind,
      as I have publically argued, often on slashdot,
      since 1986. But its rejection has nothing to do
      with power-generation and fuel interests and
      everything to do with

      1) mindless, authority-seeking crowd-following
      2) facile James Randi/snopes.com style sophomoric skepticism
      3) overweening arrogance
      4) academic turf-protection
      5) funding for hot fusion research

      in what I think is an approximation of the
      increasing order of importance.

      No matter how remarkable and even eventually useful
      aneutronic catalyzed fusion proves to be,
      it's not going to threaten electrical generation
      or fuel industries in our lifetimes, or the
      lifetimes of their current investors.

      --
      -I like my women like I like my tea: green-
    3. Re:Easy to see why this has had so much resistance by sphealey · · Score: 1
      It would effectively end the fission power-based business aswell as fossil fuel generated electricity.
      As I have posted before, the two funding agencies that did NOT give up on cold fusion research for at least 5 years after the first brew-ha-ha were the Electric Power Research Institute (funded by a consortium of electric utilities) and EPRI's counterpart in Japan. Electric utilities would like nothing better than a source of energy to replace coal, and they doubted (as I doubt) that any source involving any nuclear effect would ever be "distributed".

      sPh

    4. Re:Easy to see why this has had so much resistance by hairykrishna · · Score: 2, Insightful

      It may have been a real nuclear efect in your mind but we're concerned witg the real world, not your delusional fantasy. No fast neutrons = no deuterium fusion You can get fast neuts without a fusion reaction but you sure as hell can't have a fusion reaction with no fast neuts. Give me a link to a peer-reviewed paper describing a reputable, repeatable experiment on cold fusion which showed a clear neutron reading above background and I'll strip naked and shout the praises of cold fusion from the roof tops.

      --
      "Physics is to math as sex is to masturbation." -R. Feynman
    5. Re:Easy to see why this has had so much resistance by Aragorn+DeLunar · · Score: 2, Funny

      Quotations - the last resort of people without a valid argument.

      --
      Cynicism, like dogmatism, can be an excuse for intellectual laziness. - Susan Shirk
    6. Re:Easy to see why this has had so much resistance by mrscott · · Score: 1

      Argh! Your post was good and bad. Good in that your tagline references perhaps the best hour of television ever, but bad in that people are starting to abbreviate using TLDs!

    7. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      I agree. In fact, I'd been thinking about this very idea when I was vacationing in .tv!

    8. Re:Easy to see why this has had so much resistance by meringuoid · · Score: 1
      There's only one country I'll never, ever abbreviate to its TLD.

      Christmas Island gets spelled out in full. Every time. That TLD has been tainted, and is beyond recovery ;-)

      --
      Real Daleks don't climb stairs - they level the building.
    9. Re:Easy to see why this has had so much resistance by realdpk · · Score: 0

      Fossil fuels are massively subsidized in the US (there's no "war surcharge" at the pump), too, making it hard for anything else to take hold.

    10. Re:Easy to see why this has had so much resistance by NatasRevol · · Score: 1

      Be careful what you ask for. The upcoming DOE article might just have you getting nekkid...

      --
      There are two types of people in the world: Those who crave closure
    11. Re:Easy to see why this has had so much resistance by mcbevin · · Score: 4, Insightful

      Yes, just like every other new technology around the world which makes old technologies redundant gets given the cold shoulder. Thats why we're still cooking over fire stoves (after the wood industry prevented any electrical ovens ever being developed), still riding horses (after the horse industry quashed those people trying to invent the automobile), using Windows (after Microsoft quashed Linux and the Mac OS) etc .... although hold on, that one might turn out to be true ....

      Anyway, lets just judge the science on its merits, not on conspiracy theories. If it has merit, you can be pretty sure theres lots of investors are going to start seeing the potential for a lot of zeroes after those $$$ signs and jump on it, and that probably the first companies to jump on the bandwagen will be the energy companies you claim are holding it up.

    12. Re:Easy to see why this has had so much resistance by schon · · Score: 1

      Cold fusion has always and obviously been a real nuclear effect, in my mind, as I have publically argued, often on slashdot, since 1986.

      Wow, considering that CmdrTaco was in elementary school in 1986, and that the cold fusion wasn't announced until March 23, 1989, that's quite a feat!

      So either you're a lying troll, or you have a time machine. Guess where my money is.

    13. Re:Easy to see why this has had so much resistance by CrimsonAvenger · · Score: 2, Insightful

      Why should there be a "war surcharge"?

      Fossil fuels are not subsidized in the USA, just taxed at a lower rate than European countries choose to tax gasoline.

      Price at the pump is based on the owners of the oil selling it profitably. If they can do so even during a war, more power to them.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    14. Re:Easy to see why this has had so much resistance by gilroy · · Score: 4, Insightful
      Blockquoth the poster:

      I take exception: Cold fusion has always and
      obviously been a real nuclear effect, in my mind,

      Well, that's the rub, isn't it? It doesn't matter if it's a nuclear effect "in your mind". Your mind doesn't enter into it. Neither does Pons or Fleischmann's minds. What matters is whether nuclear fusion is actually occurring, and that is to be settled by experiment.

      Pons and Fleischmann might have seen a real effect. Certainly, carefully-constructed experiments have consistently given hints of excess heat. But that doesn't make them "right". Lucretius wrote about "atoms" centuries before Dalton. That doesn't mean the ancient Greeks invented modern chemistry.

      Pons and Fleischmann violated just about every tenet of the open, peer-reviewed scientific process. In so doing they abandoned any claim to legitimacy. If this effect turns out to be real, they didn't "get it right". They just got lucky. And if this effect turns out to be real, it will be the paintstaking, not-by-press-conference slow work of real researchers who understand how science works, that will ironically provide actual justification.
    15. Re:Easy to see why this has had so much resistance by networkBoy · · Score: 1

      IIRC there is a group of scientific type in the Virginia area who built a "cold" fusion reactor in their collective garage. They used static electricity to accelerate the neutrons. They did measure a higher than background radiation level when their apparatus was on, but they also made no bones about the fact that their apparatus consumes something like 10 times to energy it produces. So to summarize: Cold fusion, yes . . . self sustaining? No. -nB

      --
      whois gawk date unzip strip find touch finger mount join nice man top fsck grep eject more yes exit umount sleep dump
    16. Re:Easy to see why this has had so much resistance by afabbro · · Score: 4, Insightful
      Bwaaaahahahaha! The reason cold fusion got the "cold shoulder" is that it has no reproducible results and is very bad science. If you can't reproduce results and publish your work in a peer-reviewed journal, you are not doing science.

      The only people who claim there is a conspiracy to shush up cold fusion are crackpots.

      The physics community would have carried Pons and Fleischmann on sedan chairs to Sweden if they'd really discovered cold fusion. But they didn't, and they ignored all scientific process. They refused to share details of their experiment and refused to acknowledge errors in their experiments.

      Read Taubes' _Cold Fusion_ or Huizenga's book for a clear understanding.

      --
      Advice: on VPS providers
    17. Re:Easy to see why this has had so much resistance by Mr_Dyqik · · Score: 1

      There are plenty of ways to generate neutrons without fusion, particularly if you then accelerate whatever neutrons are around. Neutrons are therefore not an utterly sure sign of fusion.

    18. Re:Easy to see why this has had so much resistance by hairykrishna · · Score: 2, Interesting

      This isn't "cold" fusion. It's "hot" fusion. It just uses direct electrostatic acceleration of the ions instead of the techiniques used in tokamaks (heating with current, neutral bean injection etc) Trust me- I built one. According to my uni lab supervisor it was the coolest 2nd year project he'd seen in ~30 years! They're damn good fun- check out "farnsworth fusor" on wikipedia or google. I even got a neutron count out of mine on a couple of pure deuterium runs. The thing about these fusors is that they work based on known physics principles and many people have repeatable results for them. Unlike cold fusion.

      --
      "Physics is to math as sex is to masturbation." -R. Feynman
    19. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0
      Gasoline isn't directly subsidized, oil is.

      I also consider free roads to be a gasoline subsidy as well, but I'm sure you don't agree, even though our gasoline taxes only pay for a small part of the total cost.

    20. Re:Easy to see why this has had so much resistance by Solder+Fumes · · Score: 2, Funny

      No, it's because the opposite of hot fusion is not cold fusion: it's ugly fusion.

    21. Re:Easy to see why this has had so much resistance by Dr.+Mu · · Score: 1

      Yes, it's obvious. You had two chemists who dared to attempt a breakthrough in physics. The physics esablishment went apoplectic. Can you say "territorial"?

    22. Re:Easy to see why this has had so much resistance by hairykrishna · · Score: 1

      As I said neutrons being detected doesn't necessarily mean that fusion is taking place BUT without the neutrons there definately isn't any fusion.

      --
      "Physics is to math as sex is to masturbation." -R. Feynman
    23. Re:Easy to see why this has had so much resistance by realdpk · · Score: 1, Informative

      "Why should there be a "war surcharge"?"

      Because they're private companies profiting from multibillion dollar wars. They, and we, ought to be paying the price through higher per-gallon gas taxes.

      Instead, we have artificially low gas prices undercutting what would otherwise be "better" (cleaner, more efficient, etc) fuel sources.

    24. Re:Easy to see why this has had so much resistance by BlueBat · · Score: 1, Informative
      afabbro says:
      The physics community would have carried Pons and Fleischmann on sedan chairs to Sweden if they'd really discovered cold fusion.

      Actually there are a lot of examples where people and their theories were ridiculed before they were ever proven correct. Look at Galileo, he was hounded by the church and scientists. Though from what I remember, the church wasn't hounding him for his theories as is popular opinion. There is a good precedent that new theories that disrupt the status quo end up getting short shrifted by the established scientific community until fresh blood with open minds come in and prove it.
    25. Re:Easy to see why this has had so much resistance by qray · · Score: 1

      Well, that's the rub, isn't it? It doesn't matter if it's a nuclear effect "in your mind".

      Maybe if everyone thinks happy thoughts it would come to pass. Think hard and a signature line will appear

    26. Re:Easy to see why this has had so much resistance by aminorex · · Score: 0, Troll

      > Pons and Fleischmann violated just about every
      > tenet of the open, peer-reviewed scientific
      > process. In so doing they abandoned any claim to
      > legitimacy.

      I call bullshit. I also call slander, and sour grapes. Back up that statement or eat it.

      --
      -I like my women like I like my tea: green-
    27. Re:Easy to see why this has had so much resistance by aminorex · · Score: 1

      Fallacy of false dilemma. In fact, I hit a 6 when I should have hit a 9.

      Really, it's not hard to tell who are the trolls here. Generally it's the ones who call others trolls early in the dialogue.

      --
      -I like my women like I like my tea: green-
    28. Re:Easy to see why this has had so much resistance by fijimf · · Score: 1

      Umm, maybe it was a typo.

    29. Re:Easy to see why this has had so much resistance by aminorex · · Score: 1

      When I said 'aneutronic', I meant 'without neutrons', as in excess neutrons. We really are a bit slow out of the gate this morning, eh?

      When I said it was, in my mind, a real nuclear effect, since 1989 (for which I made the
      typographic error of typing 1986), I meant to
      point out that my mind corresponded much more
      closely to reality than does your mind, which is
      still adamantly resistant to the assault of
      experimental evidence.

      It never ceases to amaze me, the myriad ways in
      which the warped minds of intellectually dishonest
      and self-decieved can twist every attempt at
      meaningful communication into some sort of
      support for egotistical delusion.

      --
      -I like my women like I like my tea: green-
    30. Re:Easy to see why this has had so much resistance by networkBoy · · Score: 1

      Thank you,
      I can now say I learned something today :-)
      -nB

      --
      whois gawk date unzip strip find touch finger mount join nice man top fsck grep eject more yes exit umount sleep dump
    31. Re:Easy to see why this has had so much resistance by CrimsonAvenger · · Score: 2, Interesting
      Did you read your first link?

      Hmm, Not sure what the first deduction is all about, so really couldn't say.

      The second they mention is a "cost of doing business" thing. Every company in the USA gets to deduct that sort of thing from their taxes (when my employer buys me a new test box, it gets the same kind of deduction).

      The third is the tax credit for alternative fuels! So you're complaining because oil companies are making ethanol/gasoline mixtures, and getting tax credits for it?! Wow, if you were to take that tax credit away, then there'd be LESS alternate fuels, not more!

      Sorry, tax deductions aren't subsidies. Or do you consider the deduction for your children on your individual income taxes a "subsidy"? If so, you should refuse to accept it, by the simple expedient of not declaring your child(ren) as dependents.

      Tax credits are a lot more like a subsidy. Not entirely, but more. In this case, the credit is for making alternate fuels. Which means that the oil companies are making MORE EXPENSIVE fuels and selling them at below cost. And making up the difference with the tax credit.

      Wouldn't want to have oil companies making any efforts to develop alternate fuels, would we? They're "evil", so no doubt if they made alternate fuels, it would be just a trick, right?

      I don't consider free roads a gasoline subsidy. We had roads before we had cars. If you consider free roads to be a gasoline subsidy, perhaps you should stop using them, until the price of gasoline is raised to support them. However...

      I note on checking old Federal highway funding reports that ~84% of HIghway funding comes from oil/gas taxes, motor vehicle taxes, and tolls. But some of that is eaten up in subsidizing Mass Transit system, rather than maintaining the Highways.

      That rate might argue for a 20% increase in gasoline taxes, to meet the shortfall (assuming we first removed the subsidy for mass transit). Which would push gasoline prices up by ~$0.04. I have no problem with paying an extra four cents a gallon for my gas. Hell, normal price fluctuations this summer have been far greater than that.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    32. Re:Easy to see why this has had so much resistance by Derek+Pomery · · Score: 1

      Oh please. The embarassing press release for research that turns out to be wrong or difficult to replicate is a common phenomena. It is embarassing for the researchers and often the university or company that pushed for the release, but hardly an attack on the peer review process.
      If you read the actual article, you'll see the researchers working on this effect are working with Fleischmann. And the experiments they are doing are repeating his original work, homing in on what is required to repeat the effect.

      Sure the whole thing was big 'ol fiasco, but I hope Pons and Fleischmann get full credit if this research turns up something real.

      --
      -- perl -e'print pack"H*","6e656d6f406d38792e6f7267"' /. ate my old sig. Bastards.
    33. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      You forgot:

      6) The scientific method

    34. Re:Easy to see why this has had so much resistance by Knuckles · · Score: 1

      Hmmm. You could consider that he maybe just has made a typo?

      --
      "When I first heard Daydream Nation it quite frankly scared the living shit out of me." -- Matthew Stearns
    35. Re:Easy to see why this has had so much resistance by lpangelrob2 · · Score: 1
      Give me a link to a peer-reviewed paper describing a reputable, repeatable experiment on cold fusion which showed a clear neutron reading above background and I'll strip naked and shout the praises of cold fusion from the roof tops.

      Judging by your username, I'll take a pass on that challenge...

    36. Re:Easy to see why this has had so much resistance by Opie812 · · Score: 0

      I put a fiver on time machine.

      --
      I'm not a nerd. Nerds are smart.
    37. Re:Easy to see why this has had so much resistance by OwlofCreamCheese · · Score: 1

      yes... thats a good example... HUNDREDS OF YEARS AGO

      --
      -You're wasting your time. Alfador only likes me.
    38. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      > I call bullshit. I also call slander, and sour grapes. Back up that statement or eat it.

      Tell you what. You come up with a list of half a dozen nobel lauretes in the field that you trust, I'll come up with mine, whichever are in common, we'll check up what they've said about Pons and Fleishmann and their techniques.

      Or wait, no, all of them are in cahoots too, aren't they? Here's some slander for you: kook.

    39. Re:Easy to see why this has had so much resistance by Darby · · Score: 1

      Sorry, tax deductions aren't subsidies. Or do you consider the deduction for your children on your individual income taxes a "subsidy"?

      You have some good points, however you're dead wrong on this one.

      A tax deduction for *your* children is a subsidy paid for by *me*.

      You are paying less in taxes while at the same time receiving more in benefits from those taxes.

      I have no children, so I pay more in taxes so that you can receive a greater benefit.

      How exactly is that not a subsidy?

      Keep in mind, this has nothing to do with the debate on whether or not it is a good thing to have such a subsidy, but subsidy it absolutely is.

    40. Re:Easy to see why this has had so much resistance by DreadPiratePizz · · Score: 1

      (Thats why we're still cooking over fire stoves (after the wood industry prevented any electrical ovens ever being developed)

      Perhaps we cook over gas stoves now because Natural gas is is cheaper and more efficient than an electic stove. Cleaner if the electricity comes from a coal or oil power plant.

    41. Re:Easy to see why this has had so much resistance by schon · · Score: 1

      In fact, I hit a 6 when I should have hit a 9.

      In that case, you have my apologies.

      Generally it's the ones who call others trolls early in the dialogue.

      I disagree. It's the ones who post unverifiable "facts".

    42. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      Boltzmann was shunned by the physics and chemistry communities too. It was not until after his dead (a suicide?) that his work was really appreciated. This occured during the "modern era."

    43. Re:Easy to see why this has had so much resistance by CrimsonAvenger · · Score: 1
      Nonsense! I pay less in taxes that you, for the same income, but my expenses are greater than your's. I have to pay to feed that extra mouth, and clothe her, and all that.

      Note that you get a deduction for yourself, also. Is that a usbsidy?

      Those standard deductions for yourself, your spouse, your kids, are nothing more than a convenience that the government supplies so that you don't have to keep detailed records of everything you do, and deduct all your "costs" before the tax is applied to your "profits". It incidently (and not accidently) makes it much easier on the IRS, since they don't have to check over 100,000,000+ tax forms that are filled with such minutia as the deduction for your son's new shoes.

      Keep in mind that, in general, taxes are not assessed against gross, but against net. Or, more properly, against what your net would be if you weren't extravagant. No allowances for your kid's Jag, but the deductions cover reasonable costs for keeping the kids.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    44. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      um... what's a microwave oven then? how do I put the wood in it??

    45. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      Funny, they profit from just about any excuse they can think of. They profit every major US holiday weekend and during the summer months. They profit in cities that require "special" gasoline in the winter months. They profit everywhere.

      The war, and any uncertainties brought on by it (like Chavez' slow nationalization of Venezuela's oil industry), brings them more $$$ also.

    46. Re:Easy to see why this has had so much resistance by True+Grit · · Score: 1
      We had roads before we had cars.


      And those old roads were nothing like the ones we have now...

      Whatever... :)

      Look, I can't see what the OP said, but the argument has not been about how much the tax should be and how to "fairly" calculate it, Europe's taxes on fuel are essentially arbitrary, the issue here is that Europe deliberately set their fuel costs very high to effect social change. The argument is if we had done the same, we wouldn't be nearly as dependent on oil as we are now. FWIW, when you look at the geography and distribution of population, the US != Europe anyway, so I'm not sure doing *exactly* the same thing as Europe did would work for us, but the complaint that we never seriously *tried* to get away from oil is still valid, IMO.
    47. Re:Easy to see why this has had so much resistance by Colazar · · Score: 2, Insightful
      Pons and Fleischmann violated just about every tenet of the open, peer-reviewed scientific process. In so doing they abandoned any claim to legitimacy.

      To be fair to them, I think that the media storm that erupted from their first press conference took them completely by surprise, because I never saw it as being pushed by traditional media. I was in college at the time, and Cold Fusion was the first big 'internet phenomenon' that I can remember. If you were a reader of Usenet (as a great many scientists were), it was inescapable for a good month, at least.

      Lots of information (of widely varying quality) circulated almost instantly, and so people were able to argue about it and hash it out and make their minds up much sooner than had been the case before.

      Nowadays we expect that, and know how to filter appropriately. I don't think it's fair to have expected P&F to foresee that, since it had never happened before.

      --
      He decided to just watch the government, and kind of scale it down to size, and run his life that way. --Laurie Anderson
    48. Re:Easy to see why this has had so much resistance by Rei · · Score: 1

      Oh really? Then what is your opinion about the 2MeV neutrons emitted from accoustic cavitation in deuterated acetone that was reported in 2002, that matched up in pulses with cavitation events? And the fact that the bubbles appeared to be ~10 million degrees, and that the effect didn't occur with non-deuterated acetone?

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
    49. Re:Easy to see why this has had so much resistance by Bourbonium · · Score: 3, Informative

      Ahem, RTFA. The point of the article is that the excess heat effect HAS been replicated now plenty of times, and the researchers are trying to figure out how it happens and why. Also, why they so rarely detect the generation of helium and tritium that one would expect from an actual fusion reaction. What is happening may not be fusion, but the point of the whole article is that it would be beneficial to understand what is going on here with the Pons/Fleischmann effect. If it isn't fusion, then what the hell is it? And can this really be developed into an inexpensive source of energy?

      I agree that Pons and Fleischmann essentially sabotaged their careers with the ill-conceived press conference, rather than have their work peer-reviewed as most scientific research is done, but the point of the article (again RTFA) is that quite a few well-credentialed researchers have been working on this for the past decade and have come up with some startling results. And they are doing it right by presenting their peer-reviewed work at scientific conferences.

    50. Re:Easy to see why this has had so much resistance by eskayp · · Score: 1

      Subsidy or not, why should our tax system encourage increasing the population of an increasingly resource limited planet? Today, it would make more sense to have a population neutral policy of no perks for siring more offspring, or even a population adverse policy that increases taxes to offset the increased costs to society of other people's kidz. Of course I'm a boomer-geezer, so more new taxpayers will help offset the looming dismantling of Social Security being pushed by conservatives and libertarians. I may not see a dime from the SS I paid into, but at least my widowed-housewife 92 year old mom has been able to survive on it. My childhood home had 3 generations to help each other. Today's household is more likely to have half a generation trying to make ends meet in an age of increasing cultural flux. We can't go back to the good old days (and their own set of problems), but we surely need to work out some basic solutions for creating and maintaining a stable, healthy existence for people around the globe. As the world shrinks, the famines, epidemics, and wars keep getting closer to our own blessed homeland. Moreso every day, their problems are becoming our problems. And the more people, the more problems. It makes no sense to encourage, subsidize, or tax-break for a larger population base -- unless you are a politician.

      --
      I didn't desert Windows; Windows deserted me: BSOD
    51. Re:Easy to see why this has had so much resistance by bcboy · · Score: 1

      Fossil fuels are not subsidized in the USA

      Fossil fuels are subsidized in the USA, at around $10 billion per year for research, exploration, etc.

      Persian Gulf defense in '95 was about $35.2 billion.

      Research funds to solar have been around $40 million. Wind about $20 million.

    52. Re:Easy to see why this has had so much resistance by CrimsonAvenger · · Score: 1
      I do not believe that Europe set its fuel costs to be high to "effect social change". They did it because they saw it as a relatively harmless way of raising more money.

      When I was a lad in Germany, Germans paid outrageous gas prices. Far more than we did, and more (in real dollars) than we do now. This was before there were environmental issues being raised, and before German roads became crowded.

      Today, in Germany, the roads are crowded far more than they were, gas prices are higher than ever, and, if they were trying to effect social change, it is not clear just what change they wanted to effect. If it was to discourage automobile usage, it was an abject failure.

      Note, in a nearby article, that the UK had to institute fines to get people to stop driving in the center of London, even with extremely high gasoline prices to discourage people from driving at all. Obviously, high fuel prices didn't work for them either.

      We are dependent on foreign oil because it is cheaper to buy it there than to use our own. When oil prices start rising, they only rise until the price is high enough that it is more profitable to open a well in the Gulf and pump from it. Note that raising gasoline taxes does not affect this really - gasoline tax hikes affect all gasoline, foreign and domestic.

      Reducing our dependence on foreign oil will only happen when it is more expensive to bring oil from Saudi Arabia than from the Gulf of Mexico. Raising taxes on oil will reduce demand somewhat (and damage the economy to a greater or lesser extent), but it will not cause us to eliminate oil imports - it will cause us to shut off the most expensive sources of oil. Not sure just where that is right now, but it is as likely as not in Texas as in Saudi Arabia.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    53. Re:Easy to see why this has had so much resistance by Gewis · · Score: 2, Informative

      On the contrary, it had several reproducible results, immediately, at MIT, Texas A&M, and many others. But the /rate/ of reproducibility remained low and the conditions in which it occurred were and still are poorly understood. Since then, reproducibility rates for deuterium-deuterium and deuterium-metal reactions have climbed really high (some Japanese researchers with Mitsubishi have near 100 percent).

      What we do know is that nuclear cross sectional areas increase dramatically at lower energies, 10 keV or less. We suspect that, in very general terms, the electronic structure of metal lattices is playing a role in reducing the Coulomb barrier. And we know that palladium, like used in the Pons-Fleischman experiments, doesn't work if it's pure, and it's the addition of impurities like calcium oxide that contribute to the reaction.

      As for a conspiracy to shush it up, it's somewhat true. It's more like mob behavior and fear. Hot fusion research has been extremely threatened, as well as parts of the energy sector, and both have a lot of clout with the DoE. That matters if you're a researcher trying to get funding.

      The history of cold fusion really needs some clarification. It was really discovered in 1986, not 1989, by Steven Jones of BYU. If you want, you can request a copy of the relevant minutes from the research group meetings back then: they even called it cold fusion, which might be somewhat of a misnomer, now that the processes are understood a bit better. Pons and Fleischman came across it independently, and the DoE asked Jones to review their work. Their avenue of approach focused a lot on calorimetry, while Dr. Jones had been focusing on looking for nuclear products (neutrons, tritium, helium-3, etc).

      Since the two groups had been working on it at the same time and Jones had looked over Pons and Fleischman's stuff, they had made an agreement to publish simultaneously. BYU being so close to the UofU, they were going to meet at SLC Int'l Airport and send in their papers to Nature together. That was to be on March 24th, 1989. Instead, Pons and Fleischman had a press conference on March 23rd, completely stabbing Jones in the back. And worse, they were extremely sloppy, and later unethical. They had a data chart which showed an energy spike at 2.5 MeV, and when somebody pointed out to them that it should have been 2.2 MeV for a d+d reaction, they adjusted the chart downward for their next presentation. The ensuing aftermath nearly completely crippled the field and gave everybody working in it a black eye.

      Gratefully, there have been quite a few who decided to continue working in the field. Researchers from Los Alamos, MIT, Naval Research, all over Japan and Italy, BYU, for a good while Texas A&M (there was some controversy there), and elsewhere have made significant progress in the 15 years since that fiasco. I've been working in the BYU group for a year now, and we've had elemental transmutation in varied experiments Sr --> Y, Mo, and I can assure you, the effect is real. And it HAS been published in peer-reviewed journals. Unfortunately, most peer-reviewed journals, because of the stigma the field had gained, automatically rejected anything that sounded like it had anything to do with cold fusion.

      For more information about research that's been happening in the field itself, see www.lenr-canr.org

    54. Re:Easy to see why this has had so much resistance by WatertonMan · · Score: 1

      I believe that the problems with reproduction were found to be due to imperfections in the platinum. This meant that where the platinum came from was important to the experiment. Once this was discovered it was able to be reproduced. As I recall the imperfections were important in enabling the fusion to take place. The real big problem way back in the early 90's was that you had chemists making claims about nuclear physics without being able to give nuclear physicists the kind of information they wanted. Once again a lot of that information has been provided as well.

      I've not followed it for a while. But last I heard they were making a lot of progress.

      As others have pointed out the real problem was how it was announced and politicized. Had there been far more caution and less press I think it wouldn't have left such a bad taste in everyone mouth.

    55. Re:Easy to see why this has had so much resistance by hairykrishna · · Score: 1

      Oops you did say aneutronic. BUT I thought the whole point was that they were achieving Deuterium-Deuterium and/or Deuterium-Tritium fusion reactions at low energies? D-T reaction D + T 4He (3.5 MeV) + n (14.1 MeV) D-D reaction D + D T (1.01 MeV) + p (3.02 MeV) (50%) D + D 3He (0.82 MeV) + n (2.45 MeV) (50%) Or are they fusing something else? Am I missing something? Inquiring minds want to know! I restate my plea for a peer reviewed paper which presents reliable and reproducable scientific data in this area. I take offence at the fact that you claim that I am "resistant to the assault of experimental evidence" when in fact there isn't any beyond a few deeply suspect temperature anomalies.

      --
      "Physics is to math as sex is to masturbation." -R. Feynman
    56. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      It incidently (and not accidently) makes it much easier on the IRS, since they don't have to check over 100,000,000+ tax forms that are filled with such minutia as the deduction for your son's new shoes.

      Hate to inform you of this, but your son's new shoes aren't deductable. They're not taxing "profit" (income minus expenses), or there would be a real shortage of people left to tax. They're taxing your income, you get to decide how to spend it in whatever way gives you the most pleasure.

      The tax system subsidizes you and your kid at the expense of others who don't get that subsidy. They also provide more services to you and your kid at the same time. Whether it's a reasonable and good policy isn't the question, it's just a fact. They also subsidize single earner married couples, and charge a premium for dual earning couples.

      Keep in mind that, in general, taxes are not assessed against gross, but against net. Or, more properly, against what your net would be if you weren't extravagant.

      So $3,050 is what you would spend per person if you "weren't extravagent"? Interesting, but I'm not sure that's exactly how they came up with that number.

    57. Re:Easy to see why this has had so much resistance by Darby · · Score: 1

      I pay less in taxes that you, for the same income, but my expenses are greater than your's. I have to pay to feed that extra mouth, and clothe her, and all that.

      Right.
      So If I had greater expenses than you, say crack and whores, I should pay less because my expenses are more?

      That is worse than a mere subsidy, that's claiming that you are somehow entitled to my money because you have chosen to bring additional expenses on yourself.

      Keep in mind. you chose to have the kids. I had no say in whether or not you were permitted to do that. For the record, I have no interest in having such a say in anybody else's life. Knock yourself out.

      But to claim that I am not subsidizing your choice when you pay less because you have chosen to increase not only your personal expenses, but your cost to society is inaccurate to say the least.

      Again, I'm not even trying to argue whether it's a better, worse, or indifferent thing in the long run to have kids (obviously somebody has to or there goes the species and the whole thing is moot).

      Just that claiming that I should pay more than you because you have chosen to increase your expenses and then claiming that it isn't a subsidy makes no sense.

    58. Re:Easy to see why this has had so much resistance by hairykrishna · · Score: 2, Interesting

      I thought it was intriging - it appeared that they had found a way to do small scale hot fusion and (not cold fusion - collapsing bubbles producing high temperatures and pressures in a room temperature medium). Unfortunately when the experiment was repeated with different detectors they didn't get a neutron count. This seems a bit dodgy- there is much debate between the various parties even now. Having personally experienced how tricky it is distinguising small neut counts from background i'm going to sit on the fence over this one until someone (or a couiple of people) repeats the experiment again. My gut feeling is that if the reactions were taking place as they claim they'd get a much bigger neutron signature but this is no place for feelings- we'll just have to wait and see I guess.

      --
      "Physics is to math as sex is to masturbation." -R. Feynman
    59. Re:Easy to see why this has had so much resistance by tmasssey · · Score: 1
      Well, that's the rub, isn't it? It doesn't matter if it's a nuclear effect "in your mind". Your mind doesn't enter into it. Neither does Pons or Fleischmann's minds. What matters is whether nuclear fusion is actually occurring, and that is to be settled by experiment.

      Unless we're talking about Quantum Mechanics, in which observation is critical to whether something happens or not.

      At the levels we're talking about, QM is definitely involved. So whether something happens or not in the absence of detection *does* matter.

      Of course, I do agree that the parent's personal thoughts don't overly matter... ;)

    60. Re:Easy to see why this has had so much resistance by CrimsonAvenger · · Score: 1
      I am curious as to how I am increasing my cost to the Federal Government by having a child or six. Really I am. No doubt the State has to provide me more services (schools, for example, which I pay separate taxes for), but I can't think of any Federal activity that is incrementally affected by my child. And my kid goes to a private school, so that one doesn't really happen either.

      You're not subisidzing the activity. Name a single thing you're paying for with your Federal Income Tax that is in any way affected by the presence of absence of my child. National Defense? No, we didn't make the Army bigger because I had a kid. Or even because millions of people had kids. NASA? Again, no. FDA? Not that I'm aware of. FTC? Vaguely possible, though the extra wear and tear I put on the highway because I have three people in the car as compared to just one is trivial, and probably negative, since I could have let the other two use separate cars.

      Try coming up with some. I'm really curious. Also curious why you believe that three people living on 60K/year should pay as much taxes as two people living on same. Or six people, for that matter.

      Now, you are subsidizing a lot of people with your Federal taxes. Specifically with your Medicare and Social Security taxes. Which are Pay as You Go, no matter what you have heard to the contrary. The government is taking those taxes and paying current users of the system. When you retire, the workers of that time will be paying for your benefits. A Ponsy Scheme, in other words.

      And your Property Taxes would be subsidizing my kid, if you lived where I do. Of course, so would mine. And I disapprove of property taxes in general.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    61. Re:Easy to see why this has had so much resistance by CrimsonAvenger · · Score: 1
      They're not taxing "profit" (income minus expenses), or there would be a real shortage of people left to tax.

      Check sometime. They are taxing approximately the difference between your income and the poverty line for your family. Actually, the taxation point is somewhat less than the poverty line (~$2600 below the poverty line), but not exceptionally below it.

      They also provide more services to you and your kid at the same time.

      Which "more services" are these? I'm curious. So $3,050 is what you would spend per person if you "weren't extravagent"? Interesting, but I'm not sure that's exactly how they came up with that number.

      Check the definition of "poverty" sometime. It is based on family size. The Poverty limit increases by $3140 per person, interestingly enough. Within 3% of the standard deduction for a child.

      Note that the standard deduction for adults is rather less than the Poverty line, so it could be argued that the $3050 for children is considerably more generous than that for adults.

      But, the taxes in the USA are designed to cost you no taxes if you live just below the poverty line, with increasing taxation as you exceed the poverty threshold by larger amounts.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    62. Re:Easy to see why this has had so much resistance by loucura! · · Score: 1

      Galileo was a plagiarist, and he was tried for calling the Pope an idiot. He was a coward and copped a plea, too.

      --
      Black and grey are both shades of white.
    63. Re:Easy to see why this has had so much resistance by Darby · · Score: 1

      but I can't think of any Federal activity that is incrementally affected by my child. And my kid goes to a private school, so that one doesn't really happen either.


      It's not just a question of federal, since most states have similar deductions.

      As an aside, I was pretty surprised how much that varies from state to state.

      There are federal funds for education as well, but you seem to be subsidizing everybody else on that one as well (private school).

      I was surprised to find that (from what I could find with a quick google search) there were far fewer federally funded child related programs than I thought. The most common result was for so called "dead beat dads" who don't pay their child support, which it certainly seems does not relate to you.

      Try coming up with some. I'm really curious.

      Well, there it was. Not too much at all, at the federal level. None to some at the state level assuming we're in the same state and that state has a dependent tax credit.

      Also curious why you believe that three people living on 60K/year should pay as much taxes as two people living on same. Or six people, for that matter.

      Well, this is basically the crux of my argument.
      I am curious why you believe that you should pay less taxes just because you actively chose to increase the number of people you have to support on your salary.
      That is my main point about it being a subsidy.
      I pay more because you have increased your expenses. Why shouldn't I get a break if I have to support myself, my wife, my crack habit and a string of hookers on my salary. That's 4 major expenses to your 3.
      Do you see the point I'm trying to make?

      Specifically with your Medicare and Social Security taxes. Which are Pay as You Go, no matter what you have heard to the contrary

      Well, they come out of every one of my paychecks, so I have to assume that "Pay as You Go" has some specific meaning I don't know since I have no idea what could be said to the contrary.

      When you retire, the workers of that time will be paying for your benefits. A Ponsy Scheme, in other words

      Agreed 100%.

      And I disapprove of property taxes in general.

      Just curious, assuming you believe that taxes are necessary at some level (I do), what kind do you approve of?

    64. Re:Easy to see why this has had so much resistance by CrimsonAvenger · · Score: 2, Insightful
      I am curious why you believe that you should pay less taxes just because you actively chose to increase the number of people you have to support on your salary.

      Consider: if I were to hire my wife to keep house, and pay her 40% of my salary, and hire my daughter as her assistant, at 20% of my salary, and deduct those salaries from my income (which I can do if I incorporate, and cause my salary to be "corporate income"), the three of us would be paying considerably less taxes than I do now. So I'm paying MORE than I would have to, if I chose to treat my wife as a servant. I'm paying extra taxes for treating the mother of my child with some respect ;-)

      Well, they come out of every one of my paychecks, so I have to assume that "Pay as You Go" has some specific meaning I don't know since I have no idea what could be said to the contrary.

      Social Security and, to a lesser extent, Medicare were sold to the American public as an investment into retirement. The theory was that you put money into the system, that money comes back to you later on when you get old enough to take money out of the system.

      This was done, mostly, because back then, taking handouts from the government was considered embarrassing. So it was dressed up as an annuity that you invested in.

      It is possible that it was so treated early on, but very quickly, the Social Security taxes were just tossed into the General Fund, and IOU's written to the Social Security Administration.

      This, by the way, is why the "budget surpluses" of the Clinton years were illusory - the government was balancing the budget by ignoring future liabilities (which is a crime if you are a business and have a pension plan), and lending money to itself. Taking a few dollars from the left pocket, putting them in the right pocket, and calling it extra income.

      Just curious, assuming you believe that taxes are necessary at some level (I do), what kind do you approve of?

      Income taxes are pretty much the only acceptable taxes, though it is arguable that sales taxes (which tax the income in a different way) are just as usable. Taxes on capital are bad, as it is possible to be "land-poor" (own a lot of things, not have a lot of money), and thus find yourself really strained to pay property taxes of any sort.

      Actually, other than arguing rates, I have no real problem with our current income tax system. You pay, essentially, whatever the going rate is on your income over the poverty level. So it pretty much guarantees that taxes won't be sufficient to drive people into poverty (you stop paying taxes at that point). Note that the taxes imposed by the States change that whole picture, though most are patterned after the Federal tax structure to a certain extent.

      As an aside, I was pretty surprised how much that varies from state to state.

      Yah, taxes vary wildly from state to state. I've lived in ten that I can think of off the top of my head, and all of them different from the next. Some states believe in investing more in infrastructure, assuming they will get a return in the long run. I can't argue with that idea, I wish more states would do it. Some states believe that if the state gets involved in more than it absolutely has to, it will just get intrusive, annoying, and generally ruin more than they improve. Can't argue with that either. A middle ground is ideal, but how to get the government bureaucrats to stop building their little empires?

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    65. Re:Easy to see why this has had so much resistance by bob_jenkins · · Score: 1

      No helium or tritium ... have they checked for (... pause while I google for what deuterium plus palladium form ...) silver?

    66. Re:Easy to see why this has had so much resistance by Rei · · Score: 1

      Well, first off, they're discovering that this is micro-scale "hot" fusion too, since there are tiny pockets of heat that they're encountering along the electrodes. I have a serious problem with the counter-article that I read, as well (D. Shapira and M. J. Saltmarsh - "Comments on Reported Nuclear Emission During Accoustic Cavitation").

      They made no attempt to detect tritium - just neutrons. Why is this bad? This is the equivalent to a scientist reporting that in the presence of a T2 phage, E. Coli adapts immunity to it, and then another scientist sampling some E. Coli, not testing to see if there is a T2 phage with it, and simply reporting that the E. Coli isn't adapting T2 phage resistance in their experiment.

      If there were no neutrons with the repeat experiment... so what? There is no meaning unless you measure the tritium. If the level of tritium doesn't change, then you know that you simply weren't able to get fusion, and there is probably something wrong with your cavitation setup - the quality of your detector is irrelevant if tritium levels don't change. If the tritium levels do change, *and* you have a better detector, *and* detect no increase in radiated neutrons, only then have you lodged a significant objection to whether the reported process has a neutron flux associated with cavitation events that is indicative of Dt-Dt fusion.

      Accoustic cavitation isn't a simple process. Minor changes in frequency (or, in this case, neutron bombardment rate), container shape, purity, and a variety of other parameters, can seriously alter the cavitation events. I'm not very convinced by the repeat experiment that the original was a fluke - I'm more inclined to believe that the repeat experiment was flawed. Of course, even the repeat experiment detected a statistically significant difference in the rate of high energy neutron emission with cavitation events - just not one that would match up with the reported rate of fusion events.

      I'll hold off judgement :) But at the very least, it needs a lot more study, especially given the incredible scale of benefits that such a technology could theoretically bring.

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
    67. Re:Easy to see why this has had so much resistance by MillionthMonkey · · Score: 1

      No helium or tritium ... have they checked for (... pause while I google for what deuterium plus palladium form ...) silver?

      Ha ha ha... don't think they need to.

      The strong electric field surrounding a palladium nucleus will provide plenty of shielding to keep any stray deuterons far away.

      And palladium is heavier than iron. Fusion becomes an endothermic process for nuclei that heavy. They'd have to explain why the apparatus was suddenly getting cold.

    68. Re:Easy to see why this has had so much resistance by Darby · · Score: 1

      So I'm paying MORE than I would have to, if I chose to treat my wife as a servant. I'm paying extra taxes for treating the mother of my child with some respect ;-)

      Fair enough ;-)
      Just for the record, I have no problem with dependent tax credits. I'd rather you had more to afford to raise your daughter well so she doesn't turn to crime/ can be more productive later in life/ etc. than not. Not that she would, just in general.

      Taxes on capital are bad, as it is possible to be "land-poor" (own a lot of things, not have a lot of money), and thus find yourself really strained to pay property taxes of any sort.

      I'm not entirely sure what I think about taxes on capital in general, but property taxes certainly have major issues.
      I recently moved from San Diego to Chicago, and the property taxes work very differently (as you might well know if those are 2 of the states you've lived in).
      In California, your taxes are set when you purchase your first house and you can carry them over to your next one so you can end up paying starter home taxes on your new mansion.
      In Chicago, they just keep going up up up.
      I see a lot of people getting priced out of neighborhoods in which they own houses outright.
      That's pretty crappy.

      A middle ground is ideal, but how to get the government bureaucrats to stop building their little empires?

      Short of killing them all?
      Yeah, I know, that would only work in the short term ;-)

    69. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      No. They violated the tennets of the scientific publication process, by witholding their paper. Their scientific work was very reasonable. In their defense, they claim that the University (which was in finnancial difficulties) lawyers wanted to put a lid on the work to milk some money with patents. Which does happen in real life, that is what you get when you mix corporate interests with academia...

    70. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      Yeah, like $0000000000000000.00!

    71. Re:Easy to see why this has had so much resistance by cheekyboy · · Score: 1

      1. Id like to say to all those people that dissed CF, "looser moron conformists to the popular mob" , people should be more open minded and research EVERYTHING, not just take FoxNews as fact.

      2. Those so called Peer-Review papers sound like a kernel coders list, not accepting "wierd" stuff out of hand rather than a real democractic vote. They call themselves scientists? more like political-ego-driver government scientists, ego and politics should be OUT when you are a scientist.

      3. i can see china being interested in this, since they REALLY need more power badly, if every chineese family just bought 1 light globe, there would be a MASSIVE spike in usage, ie 30,000 MEG WATTS to be exact. Thats a lot of instant power that would be needed, and probably 5x that would be needed to manufacture that many light globes, they better use Compact Fluros then, which would still need 8000 MEGWATTS. But they probably would buy 4 of them, so its back to 30000MW.

      --
      Liberty freedom are no1, not dicks in suits.
    72. Re:Easy to see why this has had so much resistance by afabbro · · Score: 2, Interesting
      On the contrary, it had several reproducible results, immediately, at MIT, Texas A&M, and many others.

      No, it didn't. MIT retracted when they realized the errors in their calorimetry. By Texas A&M I assume you mean Bockris, you who is a crank with tenure. Regardless, there were some spotty "confirmations" - but no sustainable experimental confirmation. The essence of science is that I can write down how to do an experiment and you can go and do it and we get the same results. No one in cold fusion was getting five or even four sigma events based on recreating the P&F paper or anything else - they'd do 1000 experiments and in one of them there was an anomaly and that was a "confirmation".

      The history of cold fusion really needs some clarification. It was really discovered in 1986, not 1989, by Steven Jones of BYU.

      Jones was working on peizonuclear fusion and his lab books make it pretty obvious that he glommed on to P&F's work after hearing about it.

      Their avenue of approach focused a lot on calorimetry, while Dr. Jones had been focusing on looking for nuclear products (neutrons, tritium, helium-3, etc).

      Yeah, from inside volcanos...uh-huh...

      That was to be on March 24th, 1989. Instead, Pons and Fleischman had a press conference on March 23rd, completely stabbing Jones in the back.

      True enough. Pons is slime - he later tried to bilk the state of Utah for hundreds of thousands in special equipment to do CF experiments...which conveniently only his company made.

      They had a data chart which showed an energy spike at 2.5 MeV, and when somebody pointed out to them that it should have been 2.2 MeV for a d+d reaction, they adjusted the chart downward for their next presentation. Exactly - it's fraud. Gratefully, there have been quite a few who decided to continue working in the field. Researchers from Los Alamos, MIT, Naval Research, all over Japan and Italy, BYU, for a good while Texas A&M (there was some controversy there),

      What a charitable way to put it! Dr. Bockris was walking around spiking cells with tritium to get positive results...

      --
      Advice: on VPS providers
    73. Re:Easy to see why this has had so much resistance by ArsenneLupin · · Score: 1
      A tax deduction for *your* children is a subsidy paid for by *me*.

      Yes, but your neighbor's kids will pay *your* pension when you're old and retired.

      This is obviously true for the old European pension system (where today's worker's contributions pay for the pensions of the previous generation), but indirectly also for an investment based system (as in the US, new European systems [3rd pillar]). Indeed, without any people to work in the companies whose shares are in your pension fund, there'll be no dividends, obviously...

      So, subsidizing families with kids is indeed justified.

    74. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      Fusion process creating an element heavier than iron does not create any energy, but eats it.

      In nature, they're only created in supernova explosions. Happened to see any of those in cold fusion labs recently?

    75. Re:Easy to see why this has had so much resistance by Anonymous Coward · · Score: 0

      And those old roads were nothing like the ones we have now...

      Some were better for a lot longer. Some Roman roads are still in use today.

    76. Re:Easy to see why this has had so much resistance by True+Grit · · Score: 1
      To clarify: I think Europe raised their gas prices for several reasons, effecting social change was just one of them. Whether they've "failed" or not kinda depends on your definition of failure: they still use much less oil for autos than we do.

      Reducing our dependence on foreign oil will only happen when it is more expensive to bring oil from Saudi Arabia than from the Gulf of Mexico


      One way to accomplish this is to tax Saudi (or anyone elses) oil. That's the point.

      Raising taxes .... (and damage the economy to a greater or lesser extent),


      That didn't happen to Europe. Their economies are still decent, but they are less dependent on oil than we are.

      but it will not cause us to eliminate oil imports


      I never said it would, making fossil fuels artifically more expensive is only one part of a larger strategy to move away from our helpless oil dependence. Indeed, there is a lot of oil available from the rest of the world, so its just a matter of reducing our demand until it can be fully met by sources outside of the Middle East. Only the long term strategy envisions getting away from oil completely, and thats still a work-in-progress.

      but it is as likely as not in Texas as in Saudi Arabia.


      We already subsidize our own domestic oil resources to make them competitive with foreign sources, at the expense of other energy resources. This is part of the (political) problem: we still favor oil, but we don't, and never will, have the domestic sources to meet our own demand. So as long as we favor oil as much as we do, we are going to be dependent on the Middle East.

      PS: I agree that politicians will try to use extra revenue from gas taxes for things other than affecting our oil dependence, I realize that, but thats really a separate (and very old) problem about politics in general. :)

      Raising the cost of gas would have wide-ranging effects, and yes, some would be temporarily negative. The primary purpose though is not to raise more money, the real goal is to affect consumer decision making, the more expensive gas is, the more likely consumers will demand higher efficiency in their vehicles. As long as gas is cheap, unfortunately, we'll keep on driving SUVs, and all the other negative consequences of that be damned.
    77. Re:Easy to see why this has had so much resistance by mysticgoat · · Score: 1

      I agree that Pons and Fleischmann essentially sabotaged their careers with the ill-conceived press conference, rather than have their work peer-reviewed as most scientific research is done...

      For me, this is one of the most curious aspects of the whole cold fusion debacle. P&F were not simple innocents wrt the way institutional science works, so why the hell did they knowingly trash their careers with that press conference circus? That is, I take the position that their press conference was not "ill-concieved", but chosen deliberately after due consideration of the risks and recognition of the probable outcome.

      So I can't help but wonder if P&F were worried that their baby would be suppressed into oblivion if they introduced it to the world in the quiet ways of peer reviewed journals.

      I'm NOT saying they were fighting a conspiracy of suppression. But the idea of cold fusion is more challenging to many of today's major institutions than the idea of the Earth revolving around the Sun was to the Catholic Church and its academic minions a little while ago. I am sure that Galileo's fate was at least somewhat in P&F's minds as they decided to do the press conference thing.

      I look forward to reading their biographies, someday. Perhaps those will give some insight into why they made such an extraordinary choice in the way they first published their work.

  7. I love Elisabeth Shue by BoomerSooner · · Score: 0, Offtopic

    But The Saint was such a crappy movie. Note: The Cold Fusion Formula was on cards in her bra.

    1. Re:I love Elisabeth Shue by Anonymous Coward · · Score: 0

      you must be one hell of a geek, not liking the idea of mixing bra's and science :P

    2. Re:I love Elisabeth Shue by Anonymous Coward · · Score: 0

      Why was it a crappy movie?
      I thought it was really well done and realistic, as far as movies go.
      And she kept something else in there too, though she denied it.

    3. Re:I love Elisabeth Shue by Paulrothrock · · Score: 1

      Spy Rule #42: Whenever looking for a top secret formula/document/microfilm, always look in the bra of hottest woman in the room.

      --
      I'm in the hole of the broadband donut.
    4. Re:I love Elisabeth Shue by Anonymous Coward · · Score: 0

      Spy rule #42-a: If no microfilm is missing, and Elisabeth Shue is in the room, say that there some secret microfilm has gone missing and look in her bra anyway.

  8. Would that rebirth include... by Weaselmancer · · Score: 3, Interesting

    ...apologies to the pioneers of cold fusion, like Pons and Fleischman? Seems to me like a positive finding in a DoE report would at least be some verification that they might deserve one.

    --
    Weaselmancer
    rediculous.
    1. Re:Would that rebirth include... by pete-classic · · Score: 5, Informative

      I haven't made any great study of what happened, but I'm not sure any apology is in order.

      As I understand it, they made an astonishing scientific claim. That claim, while it might be absolutely true, was not substantiated by the experiment they describe.

      There is more to good science than turning out to be right.

      -Peter

    2. Re:Would that rebirth include... by scottennis · · Score: 2, Insightful

      Pons and Fleischman were liars who fabricated results to get media attention. If that's pioneering then that wacked out cult that claims to have cloned a human ought to get a Nobel prize for their work in "pioneering" genetics.

    3. Re:Would that rebirth include... by ahsile · · Score: 1

      IIRC, and I may be thinking of other scientists in this field... but did they not try out this experiment, and find results they could not explain (ie more energy produced than should have been) and chalk it up to cold fusion? The results have been duplicated, although in very rare circumstances with a certain element seeming to be the contributing factor? My memory is killing me trying to remember...

    4. Re:Would that rebirth include... by Shadowlion · · Score: 4, Informative

      As I understand it, they made an astonishing scientific claim. That claim, while it might be absolutely true, was not substantiated by the experiment they describe.

      If you read the article (I know, this is Slashdot...), you'd note that some of the problems in reproducing the effect have been discovered. One problem turned out to be the "density" of deuterium atoms in the palladium electrodes. Above a certain threshold, you'd see the excess heat every time. Below that, even by only 10%, you'd only see excess heat in one out of every six trials.

      From this, it seems like the problem wasn't that the experiment was made up, but that the problem was the researchers had no precise concept of what steps and requirements were necessary to repeat it accurately.

    5. Re:Would that rebirth include... by pete-classic · · Score: 1
      My memory is killing me


      Ha! Before this month is out I will look as someone and say, "Ow! My memory!"

      -Peter
    6. Re:Would that rebirth include... by ahsile · · Score: 1

      Thanks. I always thought I deserved to be quoted :)

    7. Re:Would that rebirth include... by sphealey · · Score: 4, Interesting
      As I understand it, they made an astonishing scientific claim. That claim, while it might be absolutely true, was not substantiated by the experiment they describe.
      Understood and mostly agreed. But it is instructive to read Enrico Fermi's account of how he and his team missed out on a second Nobel prize because they couldn't reproduced the results of one experiment. Turned out that the original experiment was done on a lab table made of wood and the attempts to reproduce were done on a lab table made of granite. The wood had a much higer index of neutron moderation, but they didn't know that and never thought that such a factor might affect the experiment.

      sPh

    8. Re:Would that rebirth include... by Anonymous Coward · · Score: 0

      Maybe you could read the freaking article, since it describes it in detail.

      These guys weren't wackos, or con artists.

      Their science was sound, as correctly done experiments now result in 250% over-unity (2.5 times as much energy coming out as going in).

      These guys were genius, and will some day be recognized as such.

    9. Re:Would that rebirth include... by CodeWanker · · Score: 1

      Exactly. They decided (way back in '89) to go to a press conference instead of a peer-review journal. It might be that they were under too much pressure to produce publishable, marketable results by their bosses at Brigham Young University. And they didn't provide full details of their system so others could duplicate it. Folks had to winkle out an approximation of their design from press photos and airy marketing speak, and then when they couldn't get it to work, Pons and Fleischman went out of their way to ridicule them as too dumb to get it. Remember when there was talk about this being a secret Mormon weapon or conspiracy or somesuch? "Vee Haf Turned Dee Grate Zalt Lake into a Doomsday Device!!! Bwaaa haaa haaa haaa!!"

      --


      "Wow. Now THAT'S a lot of angry Indians." - Lt. Col. George Armstrong Custer
    10. Re:Would that rebirth include... by LauraScudder · · Score: 4, Insightful

      They didn't fabricate results, their results just became public too quickly, and so when there was trouble duplicating the results, there was serious backlash against them.

    11. Re:Would that rebirth include... by Efreet · · Score: 1

      Maybe after they apologize to Steven Jones.

      --
      This sig wasn't worth reading, was it.
    12. Re:Would that rebirth include... by Mr_Dyqik · · Score: 1

      Unfortunately they weren't that good at PR to their main audience, other scientists. As a group we tend to frown own people who take their results (especially groundbreaking or unexpected ones) to the mass media before submitting papers for peer review. Extraordinary claims require extraordinary proof etc. Scientists are a naturally conservative, but open-minded bunch, if that isn't a contradiction.

      Admittedly, I only just remember the cold-fusion press conferences, being 8 at the time.

    13. Re:Would that rebirth include... by pete-classic · · Score: 2, Insightful
      I did read the article.

      Allow me to reiterate; turning out to be right is not the sole pillar of good Science.

      I did not assert that their "experiment was made up," but that it was not reproduceable.

      the problem was the researchers had no precise concept of what steps and requirements were necessary to repeat it accurately.


      I suppose whoever "made" them hold a press conference in spite of this fact does owe them an apology.

      -Peter
    14. Re:Would that rebirth include... by Anonymous Coward · · Score: 0

      Why should there be an apology? Even if cold fusion turns out to exist, that doesn't mean that their experiment showed any evidence of it -- or even produced it!

    15. Re:Would that rebirth include... by EvilTwinSkippy · · Score: 5, Insightful

      If you can't describe the environment in which an experiment can be reproduced reliably, you don't understand the phenominon properly enough to be calling press conferences.

      --
      "Learning is not compulsory... neither is survival."
      --Dr.W.Edwards Deming
    16. Re:Would that rebirth include... by srleffler · · Score: 4, Insightful
      From this, it seems like the problem wasn't that the experiment was made up, but that the problem was the researchers had no precise concept of what steps and requirements were necessary to repeat it accurately.

      Unfortunately, that is precisely the hallmark of junk science: experiments that appear to show amazing results that cannot be explained by conventional theory and as a result the exact requirements to duplicate the experiment are unclear. The crackpots are then free to argue that negative results by other researchers are due to a problem with their experiment. Scientists have good reason to be skeptical of discoveries with these characteristics.

      Now, Pons and Fleischman may have just been unlucky in having discovered a real effect that happened to have these characteristics. On the bright side, if they turn out to have been right their place in history is secure.

    17. Re:Would that rebirth include... by Shirotae · · Score: 1

      My memory of some of the comments I saw at the time is that the decision to go public and have a press conference was made by the administrators rather than the scientists. I had the impression that the scientists were more or less compelled to present results under a title aimed at the press before they had enough to be ready to present results through the proper scientific channels. It all seemed to be wrapped up in the politics of funding and intellectual property rights

      I remember feeling that an unexplained result which ought to be investigated was being buried under a mountain of over-inflated claims and denunciations. It is good to see that some people have been following up in a proper scientific way

    18. Re:Would that rebirth include... by Chris+Burke · · Score: 1

      So fuck the both of them anyway.

      If they hadn't made way over-reaching claims and gone straight to the press, then these questions of repeatability that came up and have apparently been solved could have been resolved in the scientific community. When they talked to the press, they would have a solid basis in verified experiment. But instead they wanted to pretend they were in a Keanu Reeves movie, and now cold fusion has become a joke in everyone's mind.

      I am glad that despite the initial backlash, further research has been done and questions resolved. Gee, wouldn't it have been nice if they'd done this first?

      --

      The enemies of Democracy are
    19. Re:Would that rebirth include... by LnO313 · · Score: 1

      I think an apology should be issued. By Pons/Fleischman, for conducting bad science and jumping the gun for fame and fortune. This may or may not be one of the greatest scientific discoveries of our time but it could have been one of the greatest discoveries of the 20th century had they followed some acceptable protocol and got their numbers write. Who knows, we could have had cold fusion plants powering everything by 2025 (intentional exageration) and maybe lessened the wests need for oil from the volitile middle east. Instead, its been turned into a joke. That's the real shame.

    20. Re:Would that rebirth include... by Anonymous Coward · · Score: 0

      Errr... The whole point of a new discovery is that you don't know how to reproduce it. Wouldn't it have been better science to work on learning that instead of pretending it was impossible for however long it might take for the original inventor to lose any claim on it?

    21. Re:Would that rebirth include... by Anonymous Coward · · Score: 0

      > Extraordinary claims require extraordinary proof

      No they don't. Just any proof. At all. Tabletop cold fusion has yet to produce it.

    22. Re:Would that rebirth include... by Idarubicin · · Score: 2, Insightful
      ...apologies to the pioneers of cold fusion, like Pons and Fleischman?

      Nope. Apologies are for scientists who publish their work in good faith in peer-reviewed journals. Apologies are for scientists who submit a short manuscript to Phys. Rev. Lett. saying that under such-and-such conditions we observe extra heat and neutrons.

      Apologies are not for scientists who first present a phenomenon they don't understand at a press conference and enjoy being media darlings until other people can't replicate their results.

      If you're going to short-circuit proper peer review and go straight to the lay press, you have to accept the risk of being badly burned. If this effect does turn out to be real, by their profound lack of restraint they probably held back any research in the field by a decade or more.

      --
      ~Idarubicin
    23. Re:Would that rebirth include... by pete-classic · · Score: 1

      Horseshit. What if I claim you can make gold out of peanut butter? Is it then the Scientific community's job to figure out how I did it, even though I can't reliably reproduce it?

      They jumped the gun, and they are paying the price. It's a hard lesson for them, and for that I'm sorry.

      But you can't hang it on other Scientists to prove something they can't even reproduce. If so, none of the advances over the last 50 years would have happened because they would have been too busy fucking around with "healing magnets" and UFOs.

      -Peter

    24. Re:Would that rebirth include... by MrScience · · Score: 2, Informative

      It gets better. Pons et al had figured out a way to make a denser pellet, and had a trade secret worked out with a palladium supplier that provided their samples. They were trying to make money off their discoveries, and in so doing, didn't disseminate their trade secrets. Of course, when the hot-fusion-funded universities tried to reproduce expirements based on photographs and interviews, they failed and cried FRAUD! The media, feeling they had been suckered, promptly turned and smeared Pons-Fleischmann.

      Of course, if I remember correctly, Pons-Fleischmann didn't help things by exaggurating their claims and having inaccurate graphs.

      Can't find the link just yet where I read that tidbit. Here's a good one, though, at wired. Just how do you explain an excess of Helium with anything but nuclear processes?

      --

      You quitting proves that the karma kap worked. The most annoying of the whores shut up. --CmdrTaco

    25. Re:Would that rebirth include... by elmegil · · Score: 1

      Absolutely. On the other hand, far too many of the physics establishment were quick to dismiss the idea out of hand without even trying to reproduce it, since it came from (gasp) chemists who obviously couldn't know what they were talking about. Plenty of bad behavior all around, methinks.

      --
      7 November 2006: The day Americans realized corruption and incompetence weren't addressing 11 September 2001
    26. Re:Would that rebirth include... by Rasta+Prefect · · Score: 2, Insightful
      They didn't fabricate results, their results just became public too quickly, and so when there was trouble duplicating the results, there was serious backlash against them.

      Yeah, but that didn't exactly happen by accident...

      --
      Why?
    27. Re:Would that rebirth include... by tgibbs · · Score: 1

      If you can't describe the environment in which an experiment can be reproduced reliably, you don't understand the phenominon properly enough to be calling press conferences.

      Unfortunately, the first clue that this is the case is often when somebody else tries to reproduce the phenomenon and fails. You describe everything about the conditions that seems potentially relevant, but you have to draw the line at some point. Anybody who has ever tried to debug a difficult-to-reproduce phenomenon knows how difficult can be. It works perfectly for one guy, and another guy who seems to be doing essentially the same thing gets a different result. The uncontrolled factor often turns out to be something that nobody even imagined would be important.

    28. Re:Would that rebirth include... by ChrisMaple · · Score: 2, Insightful
      In the same era, the first "high temperature" superconductors were invented/discovered. Not all of the early attempts to duplicate the original results were successful, although when early confusion was cleared up, repeatability improved. In the P&F case, it has taken longer to clear up the confusion.

      Cold fusion does not deserve the label "junk science", which refers to pseudoscience and experiments performed in defiance of known standards and practices. At worst, early cold fusion experiments were "science performed poorly", with inadequate control of variables that were not known at the time to be important.

      --
      Contribute to civilization: ari.aynrand.org/donate
    29. Re:Would that rebirth include... by Anonymous Coward · · Score: 0

      Unfortunately, the first clue that this is the case is often when somebody else tries to reproduce the phenomenon and fails. You describe everything about the conditions that seems potentially relevant, but you have to draw the line at some point. Anybody who has ever tried to debug a difficult-to-reproduce phenomenon knows how difficult can be. It works perfectly for one guy, and another guy who seems to be doing essentially the same thing gets a different result. The uncontrolled factor often turns out to be something that nobody even imagined would be important.

      That's why such experiments are published in peer-review journals rather than the general media. That way if someone has problems repelicating an experiment they can work throught them with the original experimenters, before the general public ever gets involved.

    30. Re:Would that rebirth include... by Java+Ape · · Score: 1
      A large percentage of major developments are the results of studying anomolous, odd, unexpected results in other studies. Cosmology, in particular, has made a number of important advances in recent years while trying to account for unexplained results.

      Calling the press conference may have been premature (but in a publish or perish environment, with no points for second place, a certain urgency is certainly understandable). However, spectacular results are and SHOULD BE shared even if they aren't immediately reproducable. Think about it for a minute. If I find the lead shot in the bottom of my rotovap has suddenly turned to gold, I'll naturally try to reproduce the effect. If I can't, should I shrug my shoulders and move on, or solicit the assistance of my peers?

      Cold fusion is a prize that would make merely transmuting base metals to gold a parlor trick in comparison. The published effect (which may or may not be cold fusion) has been reproduced numerous times, and NOW can be reproduced reliably. Nobody knows what it means -- but if turns out to be cold fusion we're all going to be VERY glad that they didn't just ignore it when they could't reliably reproduce the effect. And it's certainly worth investigating the effect -- the quest for knowledge is the province of science, after all.

    31. Re:Would that rebirth include... by tgibbs · · Score: 1

      That's why such experiments are published in peer-review journals rather than the general media. That way if someone has problems repelicating an experiment they can work throught them with the original experimenters, before the general public ever gets involved.

      Yeah, right. Do you really imagine that the reviewers try to replicate the result? Typically, you get the paper from the journal and you have maybe a couple of weeks to evaluate it. The journal doesn't send you any money to replicate the experiments, and you probably aren't funded to do it on your existing grants. Papers don't get rejected because somebody tried to replicate it and failed--they get rejected because something isn't adequately explained, or the conclusions don't follow from the results, or the data is not of sufficient quality, or it just isn't exciting enough to meet the journal's standards.

      The reality is that it is commonplace to try to replicate something that has been published in the peer-reviewed literature and fail. Often, you futz with the procedure a while and get it to work with slightly different conditions. Sometimes it just starts working once you get a little practice, and you aren't quite sure why. And most of the time, you don't spend a lot of time trying to figure it out--you're probably trying to do something else, anyway since simply replicating somebody else's work (or worse, failing to replicate it) won't get you published. And 99.9% of the time figuring out the details of this kind of problem doesn't lead anywhere interesting. Of course, there is that other 0.1% -- Bob Furchgott took the trouble to figure out why acetylcholine relaxed vascular smooth muscle for one technician and not for another, and it led to a Nobel Prize (and Viagra).

    32. Re:Would that rebirth include... by Christopher+Thomas · · Score: 2, Interesting

      They didn't fabricate results, their results just became public too quickly

      Oh? I seem to recall hearing about a neutron emission energy spectrum plot with a peak that kept wandering around between press conferences, until they finally withdrew it.

      I'm going to have to pick up a copy of "Yes, We Have No Neutrons" one of these days so that I can have all of the questionable bits at my fingertips for situations like this.

    33. Re:Would that rebirth include... by pclminion · · Score: 1
      If you can't describe the environment in which an experiment can be reproduced reliably, you don't understand the phenominon properly enough to be calling press conferences.

      Correct, but why should we abandon research on the topic just because a couple of bozos jumped the gun and didn't do the science the appropriate way? Seems childish, to me.

    34. Re:Would that rebirth include... by Anonymous Coward · · Score: 0

      Tank full of helium in the next room with tubing running in?

      I doubt that happened, but - magicians get by with worse due to slight of hand and pre-contrived setups.

      (The Statue Of Liberty Has Disappeared! Oh wait, we just forgot to pay the electric bill.)

    35. Re:Would that rebirth include... by Anonymous Coward · · Score: 0
      There is more to good science than turning out to be right.

      I would go one step further, and say that science has absolutely nothing to do with the truth of their beliefs. Science is entirely about prediction and, consequently, reproducibility.

    36. Re:Would that rebirth include... by Mr_Dyqik · · Score: 1

      I take the "extraordinary..." quote to mean that if you want to jump beyond Occam's razor, you need to provide more evidence than is normal for a theoretically well founded experimental test, or for something that can be seen to be plausible in hindsight (CMB discovery is a good example of the first case, and pulsar discovery is a good example of the second)

    37. Re:Would that rebirth include... by angel'o'sphere · · Score: 0

      I think when they "called for press conference" they only liked to report WHAT they found. They did not want to report HOW it happends.

      However, its like in current american research. Everything wich does not fit into Bushs view of the world is called down in public.

      All press releases of Pons and Fleischmann I saw said: "it looks like cold fusion, we have no other explanation".

      They never claimed they had the holy grail. The press tried to say: they claimed the holy grail and failed.

      But I might be overjudging, as some students at my university reproduced the experiments long before Pons and Fleischmann became personae non grata.

      angel'o'sphere

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    38. Re:Would that rebirth include... by Bloater · · Score: 1

      The question is, why are the other scientists listening to the media. Scientists should ignore media bullshit and go with the data.

      Why are so many people so upset that the media ere involved. Who gives a fuck about the papers, TV and radio. Ignore them and get on with your life. I could go to the media and announce that Saddam Hussein ate my SHARP Zaurus, but why the fuck should anybody care? Until its proven, just ignore it and do something else.

    39. Re:Would that rebirth include... by quasi_steller · · Score: 1
      Quote:
      Unfortunately, that is precisely the hallmark of junk science: experiments that appear to show amazing results that cannot be explained by conventional theory and as a result the exact requirements to duplicate the experiment are unclear. (emphasis mine)

      I dissagree. "Experiments that appear to show amazing results that cannot be explained by conventional theory" are the experiments that result in great advances in physics (Michelson-Morley experiment, Rutherford's Gold Foil Experiment, etc). Granted I believe that your point holds in most cases (especially when results are not easily reproducable), but we need to be very carefull when looking at any experiment not to be either to too skeptical or too believing. I believe that there is a very fine balance that every scientist needs to maintain when viewing the results of others.

      --
      ...interesting if true.
    40. Re:Would that rebirth include... by liamoohay · · Score: 1

      The crackpots are then free to argue that negative results by other researchers are due to a problem with their experiment. Scientists have good reason to be skeptical of discoveries with these characteristics.

      It is remarkable, however, that the details of the Pd+H reaction are still not understood.

      4Pd+H2-> 2Pd2H? Anybody?

      My understanding of the Pons Fleischman experiment is that excess heat has been produced (and in some cases reproduced) but the conclusion of fusion was rejected because deuterium atoms are believed to be closer together in D2 gas, which does not display fusion at room temperatures.

      But the question of what happens in the palladium electrodes is still unresolved. I don't think there is anything wrong with chemists trying to analyze the possibly anomalous results, if only to understand a fundamental aspect of palladium chemistry which may or may not lead to cold fusion. So detailed studies of the Pons Fleischman reaction are far from "junk science" IMHO.

    41. Re:Would that rebirth include... by Chris+Burke · · Score: 1

      Of course the scientists went with the data. That was entirely the problem: they couldn't reproduce it. So it looked like (and really was) Pons and Fleischman running to the media with wild and unsubstantiated claims for personal gain. P&F were the ones who violated the established scientific processes, opting for the visibility of the media instead. By doing this, they raise the question: How do you know when something is proven? How do you find out? Some kind of news media, perhaps? That's my point.

      --

      The enemies of Democracy are
  9. Article Summary for lazy people by PatrickThomson · · Score: 5, Informative

    Waffle waffle

    Cold fusion regarded as a joke for ages

    waffle waffle

    "THE FIRST HINT that the tide may be changing came in February 2002, when the U.S. Navy revealed that its researchers had been studying cold fusion on the quiet more or less continuously since the debacle began. "

    waffle waffle

    "At San Diego and other research centers, scientists built up an impressive body of evidence that something strange happened when a current passed through palladium electrodes placed in heavy water. "

    waffle waffle

    "Other researchers are finally beginning to explain why the Pons-Fleischmann effect has been difficult to reproduce. Mike McKubre from SRI International, in Menlo Park, Calif., a respected researcher who is influential among those pursuing cold fusion, says that the effect can be reliably seen only once the palladium electrodes are packed with deuterium at ratios of 100 percent--one deuterium atom for every palladium atom. His work shows that if the ratio drops by as little as 10 points, to 90 percent, only 2 experimental runs in 12 produce excess heat, while all runs at a ratio of 100 percent produce excess heat. "

    Summary: Cold fusion wasn't reproducible because not all factors were accounted for, and millitary scientists think they nailed it.

    --
    I am one of many. My idea is not unique, nor do I expect my voice alone to sway you. I speak in a chorus of opinion.
    1. Re:Article Summary for lazy people by TrentL · · Score: 4, Insightful

      "Other researchers are finally beginning to explain why the Pons-Fleischmann effect has been difficult to reproduce. Mike McKubre from SRI International, in Menlo Park, Calif., a respected researcher who is influential among those pursuing cold fusion, says that the effect can be reliably seen only once the palladium electrodes are packed with deuterium at ratios of 100 percent--one deuterium atom for every palladium atom. His work shows that if the ratio drops by as little as 10 points, to 90 percent, only 2 experimental runs in 12 produce excess heat, while all runs at a ratio of 100 percent produce excess heat. "

      Does this mean Pons-Fleschmann used the 100 percent ratio? Why in the world didn't the other scientists use this exact same setup when trying to reproduce the results? If you're trying to repeat a result, don't you make sure all variables are the same?

    2. Re:Article Summary for lazy people by Mr_Dyqik · · Score: 2, Interesting

      I think this is a good summary.

      IMNSHO (see profile for why I don't have a humble opinion on this) fusion may or may not be happening, but energy might be released by some mechanism, so it's certainly worth funding proper research into it as a possible energy storage or generation mechanism.

    3. Re:Article Summary for lazy people by PatrickThomson · · Score: 2, Funny

      Ok, this is beyond a joke. My last 3 posts have all been modded overrated in a matter of seconds. SHOW YOURSELF, STALKER!

      --
      I am one of many. My idea is not unique, nor do I expect my voice alone to sway you. I speak in a chorus of opinion.
    4. Re:Article Summary for lazy people by Mr_Dyqik · · Score: 4, Insightful

      Well, maybe you decide you understand what's going on, and therefore that particular variable can't possibly be important, or you overlook it, or the variable isn't reported correctly etc.

      Scientific papers and experiments are just as susceptible to bugs as software. Generally peer review and repetition and further work on the subject of the papers catches these eventually, but it can take time. The claims of cold-fusion were so startling (and hyped), there wasn't an awful lot of attempts to sort mistakes and understanding out before it was declared unscientific.

      Best analogy I can think of is a software project that launches, claiming it will revolutionise user interface or something, but that only works on the developers own system, as they've hacked up much of their OS and hardware. It could be years before the software would work on a general computer, but if nothing works to start with, then most people won't be interested in developing and improving it.

      Look how long it took to get the linux kernel reasonably mainstream supporting common hardware, and compare to Hurd...

    5. Re:Article Summary for lazy people by CrimsonAvenger · · Score: 4, Insightful

      I suspect that, if this was the case, it was accidental. That is, P&F didn't set out to saturate their electrodes with D, but it just so happened that they were. So they were unaware that they had achieved a special case condition prerequisite for cold fusion.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    6. Re:Article Summary for lazy people by schon · · Score: 2, Interesting

      Does this mean Pons-Fleschmann used the 100 percent ratio?

      Not necessarily. They could just have been extraordinarily lucky.

    7. Re:Article Summary for lazy people by AllUsernamesAreGone · · Score: 1

      Why in the world didn't the other scientists use this exact same setup when trying to reproduce the results? If you're trying to repeat a result, don't you make sure all variables are the same?

      IANANP (nuclear physicist) but I'd expect that getting a 100% setup is difficult - you probably have to remove all impurities and make sure the distribution of atoms in the electrodes is correct (or, more likely, pay a significant amount to obtain materials to the required spec).

      Besides which, scientists checking something that they are biased against anyway (either because they see no theoretical basis for the whole idea or because, if it was reproduced reliably, it would threaten their theories or jobs) aren't likely to spend any more than the minimum time and money necessary to say "well, that doesn't work, back to my tokamak". There's a LOT of money tied up in things that would become of questionable importance if cold fusion could be obtained reliably and scaled to useful levels.

    8. Re:Article Summary for lazy people by toofast · · Score: 1

      Well, I for one just moderated your last post "Overrated" just for the hell of it, but I lost my mod point because I posted this. So there.

    9. Re:Article Summary for lazy people by Minwee · · Score: 4, Insightful

      You can't make sure all the variables are the same if you don't know what all the variables are.

      If you believe that you are studying the effects of an electrical current on two metal electrodes submersed in water then you would make note of the current strength, the composition and dimensions of the electrodes, the temperature of the water and that kind of thing. You don't often record what kind of shoes you are wearing when you set up the equipment, what you ate for lunch or how long the fluorescent lights in the room had been on before you started taking measurements. Why not? Because it never occurs to you that it would be important.

      Good experimental procedure is to document everything as well as you can, but if you are investigating something entirely new you can't always know what matters.

      Sometimes even very smart people overlook small things that turn out to be important. Ask Gus Grissom, Ed White and Roger Chaffee about that if you see them.

    10. Re:Article Summary for lazy people by Efreet · · Score: 1

      Because Pons-Flechmann didn't publish before holding a press conference it was hard for other scientists to tell if they had the exact same setup.

      --
      This sig wasn't worth reading, was it.
    11. Re:Article Summary for lazy people by Riddleshome · · Score: 1

      "Why in the world didn't the other scientists use this exact same setup when trying to reproduce the results? If you're trying to repeat a result, don't you make sure all variables are the same?"
      Mainly because it takes time to get this sort of density on the palladium.
      At the time Pons & Fleschmann had been running their experiments for months, the peer review tried for maybe a few weeks tops and then gave up.

      And of course at least half of the bad flak they got was that they were electrochemists rather than physicists and stepping on other peoples' turf.

    12. Re:Article Summary for lazy people by LiquidCoooled · · Score: 1

      putting it into a Software Developers context:

      I checked it, it worked on my machine!

      --
      liqbase :: faster than paper
    13. Re:Article Summary for lazy people by srleffler · · Score: 1
      It's not that easy to exactly duplicate a setup, nor is that what you usually want to do. The whole point of reproducing an experiment is to show the same effect with different equipment (and different researchers) to show that the effect isn't some equipment artifact (or experimenter error).

      The problem is that if you don't know what details of the apparatus are important, you may inadvertently make an apparatus that is inferior to the original.

    14. Re:Article Summary for lazy people by RWerp · · Score: 1

      Besides which, scientists checking something that they are biased against anyway (either because they see no theoretical basis for the whole idea or because, if it was reproduced reliably, it would threaten their theories or jobs) aren't likely to spend any more than the minimum time and money necessary to say "well, that doesn't work, back to my tokamak".

      I disagree. If I were a scientists, who'se project was threatened by some other discovery, I would take extra pain to verify this other discovery. Why? Because, firstly, I would like to know, even for myself, with the highest possible level of certainty, whether my project is doomed or not (BTW, P&F being right would not mean tokamak fusion would be dead on the spot, it would just have a competitor), and, secondly, if I didn't do the experiment right, someone else later would and publish the results, and it's always better to know such things earlier than later (and get another paper published).

      --
      "Long run is a misleading guide to current affairs. In the long run we are all dead." (John Maynard Keynes)
    15. Re:Article Summary for lazy people by gl4ss · · Score: 1

      * Why in the world didn't the other scientists use this exact same setup when trying to reproduce the results? *

      could even p&f themselfs consistently reproduce the effect, with their own equipment/setup ? if they could none of this would really matter since they could just have called some other scientists over to figure out what was going wrong with the others..

      --
      world was created 5 seconds before this post as it is.
    16. Re:Article Summary for lazy people by vtolturbo · · Score: 2, Informative

      maybe P&F didn't know how to measure the saturation of their electrodes. McKubre is using 2002 technology, not 1989 technology. He's also using laser light to stimulate the activity in the electrodes, which (at 780nm) seems to have a significant impact on the reaction rates. Remember, also, that if it is fusion and the modern theories on fusion products are accurate, the reaction would produce parts per billion trace amounts of tritium, free neutrons, and the ever-ellusive neutrino. It's hard enough to measure neutral particles when they're in abundance, and damn near impossible to measure them in trace amounts.

      I'm not saying I think the MIT consortium should have lied to Congress about their results, but I understand their argument for suspicion of those results. It can be difficult to convince hot fusion research scientists that the thing they have struggled with for 20 years can be done much easier and cheaper in a few years with high voltage and heavy water.

      There are a few scientists (Mizuno and Manarev, for example http://guns.connect.fi/innoplaza/energy/story/Kana rev/coldfusion/) who believe the reaction does not require heavy water, but rather can be achieved through advanced electrical control techniques and an iron electrode. I have most of the parts to replicate their work, but no lab space or time to do it just now.

    17. Re:Article Summary for lazy people by orac2 · · Score: 1

      While I agree with your post overall, I'm not sure you've picked the best example here:

      Sometimes even very smart people overlook small things that turn out to be important. Ask Gus Grissom, Ed White and Roger Chaffee about that if you see them.

      To be fair, North American had been warning about the dangers of an oxygen environment for some time prior to the fire. North American also originally suggested that the hatch open outward, with an explosive bolt release for emergencies. NASA declined, making their own cost/benefit evaluation: a pure oxygen atmosphere was easier to deal with (no risk of accidental nitrogen asphyxiation for example) and had been handled safely since Mercury. Since Grisson lost the Liberty Bell due to a suspected explosive bolt malfunction, NASA also felt they were safer without such an emergency system, and a outward opening hatch on a pressurised vehicle is inherently riskier than an inward opening one.

      It wasn't so much an oversight as a miscalculated risk: the root cause of the loss of Apollo One was a system failure induced by schedule pressure: with more time the cost/benefit trade-off balance would have shifted: NASA might have been willing to test Oxygen/Nitrogen life-support systems and North American's construction would probably have been less shoddy.

      --
      "Just once, I'd like to meet an alien menace that wasn't immune to bullets." -- The Brigadier, Dr. Who
    18. Re:Article Summary for lazy people by mprinkey · · Score: 1

      As someone also "in the know," I completely agree with you. One point raised in the Navy study was that all measurements and expectations for fusion behavior were dictated by high-energy experiments in plasmas, not in solid solutions. They postulate that quantum mechanical effects caused by the presense of the metal matrix are providing an enviroment more amenable to fusion, not unlike using muons to catalyze fusion in a high temperature enviroment. Though I am not familiar with all of the details, I cannot dismiss such a possibility out of hand.

    19. Re:Article Summary for lazy people by Anonymous Coward · · Score: 0

      And of course, another thing was that this sort of electrochemical experiment is very tricky to get working right. P&F had years of experience, while the physicists who were trying to replicate it were essentially working from their "cookbook".

      I suspect a bit of snobbery entered into it - after all, all this chemistry stuff couldn't be nearly as difficult to get right as a particle accelerator, could it? Hell, test tubes? That's high school stuff...

    20. Re:Article Summary for lazy people by Martin+Blank · · Score: 1

      You can't make sure all the variables are the same if you don't know what all the variables are.

      I mentioned Henry Bessemer's unintentional use of low-phosphorus steel earlier, and someone else mentioned Fermi's use of a wooden table on which his team's experiment took place. Both points turned out to be critical for the experiments' successes, though neither one was realized until much later after follow-up attempts to reproduce by others proved fruitless.

      --
      You can never go home again... but I guess you can shop there.
    21. Re:Article Summary for lazy people by MrScience · · Score: 1

      Oh, they were aware. That's why they did a press release instead of a peer-reviewed paper. They didn't want to tell everyone the secret ingredient, so that they could make money off of it. And when their peers lambasted them, they decided to take their pellets and go home.

      --

      You quitting proves that the karma kap worked. The most annoying of the whores shut up. --CmdrTaco

    22. Re:Article Summary for lazy people by CrimsonAvenger · · Score: 2, Insightful
      And you can prove that?

      I have no personal stake in this. It is an interesting bit of physics if it turns out to be true, but it is a very long way from a workable power source. And I'm not in the energy business anyway. I've never heard that P&F spent a lot of time trying to keep things secret. Nor that they tried to prevent others from duplicating their work.

      You seem to be assuming that they were scammers, who, upon hearing that people insisted on proof of their claims, quietly gave out bogus information so that noone COULD prove their claim, then gave up on the claim when people failed to duplicate it. Which they had ensured themselves by withholding information. A bizarre picture of reality, to say the least. Frankly, if *I* were trying to scam someone this way, I'd not make a Press COnference, I'd quietly approach some reasonably rich person who wanted to be even richer, make a few carefully doctored "demonstrations", and ask for a few hundred thousand a year to develop the idea. I expect that with a little care in choosing the sucker, and not too much greed, I could get 5-10 years of comfortable living out of someone that way. Then "discover" what had really been happening, tell the sucker "Sorry, turns out that there was something else going on, and we have nothing".

      Then go look for another sucker.

      Going public is not the action of a conman. The conman wants to keep a low profile, because there's more chance of someone crying "Bullshit!" if there are more people aware of what is happening.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    23. Re:Article Summary for lazy people by True+Grit · · Score: 1
      It's not that easy to exactly duplicate a setup


      An example that I just read while googling on this:

      The guys in the Manhatten Project could have gotten a second Nobel Prize for something else, but they were never able to duplicate their first experiment. They didn't realize at the time that they had done the first experiment on a *wooden* table, and their attempts to duplicate it were done on a *stone* table. They had absolutely no idea that wood would affect their experiment the way it actually did.

      Of course, at least these guys tried to duplicate their successfull experiment first before telling anyone else...
    24. Re:Article Summary for lazy people by Anonymous Coward · · Score: 0

      I agree and it seems that many posts have been critical of P&F for the very reason I think they deserve some credit - namely they weren't afraid to be bold with something with so much potential. Even if nothing ever comes of cold fusion I still admire them for trying.

      I even respect crack-pots... at least they TRY to gain understanding of the world around them. That's more than I can say for many folks I know.

      Speaking in Darwinian terms crack-pots may not contribute much of lasting value to the gene pool of knowledge, at least directly, but indirectly debunking bogus claims often leads one, presumably a non-crack-pot :), to a better understanding of the phenomena in question.

      So go easy on P&F eh?

    25. Re:Article Summary for lazy people by Jerf · · Score: 1

      Well, maybe you decide you understand what's going on, and therefore that particular variable can't possibly be important, or you overlook it, or the variable isn't reported correctly etc.

      A commonly-used example: Send a simple solar powered, 4-funtion calculator (or a thousand) back to 1800. They'll figure out what it does in nothing flat. Send them enough and they can put them to immediate use.

      But when they go to analyse it, they will be completely baffled. They'll probably be able to peg the chips as where the magic happens, and they might be able to see the traces on the chips, but their best chemical analysis of the day will tell them that the chips are pure silicon. Which will most likely result in some highly fallacious theories about the potential properties of pure silicon crystals... which will only be put to rest hundreds of years later when someone finally replicates doped-silicon transistors.

      It has always been a viable theory that cold fusion is possible, that P&F were onto something, but that we didn't have the technology to know what to look for, or if we did have the tech, we had no clue what to apply to the problem. Nano-scale properties of the metals could have been in play, and people attempting to replicate the experiment may have been nowhere near in the ways that matter.

      The burden of proof remains on those who claim to have it, and I remain skeptical. But I'm the real kind of skeptical, the "show me the evidence and I'll believe", not the "I tried your experiment once and it failed, now I will publically mock you, make sure you never work in science ever again, and never again even consider trying another experiment of this type" kind. I have always been uncomfortable with the deeply unscientific way the cold fusion incident was handled, and I don't mean by P&F. Scientists need to be able to have a fluke in their experiments that may not be immediately replicable without running them out of town on a rail.

  10. Unlimited Energy by Prince+Vegeta+SSJ4 · · Score: 2, Funny

    Now I can power my car for free, and for an indefinite period of time with all of those unused AOL CD's I saved. Not to mention all of the junk mail that has increased exponentially since the DO NOT CALL list came into being.

    1. Re:Unlimited Energy by TykeClone · · Score: 1

      At least you can heat your house with junk mail - can't do that with telemarketing.

      --
      A fine is a tax you pay for doing wrong and a tax is a fine you pay for doing all right.
  11. Things are warming up by n__0 · · Score: 1

    "Things are warming up" ...considering its meant to be cold fusion isn't that cheating?

  12. Warming up? by kinrowan · · Score: 0, Redundant

    I thought the whole idea was to cool it down!

  13. FLAME ME!!!!! by Anonymous Coward · · Score: 0
  14. Slow Already, Article Text (No Karma Whoring) by Anonymous Coward · · Score: 3, Informative

    Cold Fusion Back From the Dead

    U.S. Energy Department gives true believers a new hearing

    Later this month, the U.S. Department of Energy will receive a report from a panel of experts on the prospects for cold fusion - the supposed generation of thermonuclear energy using tabletop apparatus. It's an extraordinary reversal of fortune: more than a few heads turned earlier this year when James Decker, the deputy director of the DOE's Office of Science, announced that he was initiating the review of cold fusion science. Back in November 1989, it had been the department's own investigation that determined the evidence behind cold fusion was unconvincing. Clearly, something important has changed to grab the department's attention now.

    The cold fusion story began at a now infamous press conference in March 1989. Stanley Pons and Martin Fleischmann, both electrochemists working at the University of Utah in Salt Lake City, announced that they had created fusion using a battery connected to palladium electrodes immersed in a bath of water in which the hydrogen was replaced with its isotope deuterium - so-called heavy water. With this claim came the idea that tabletop fusion could produce more or less unlimited, low-cost, clean energy.

    In physicists' traditional view of fusion, forcing two deuterium nuclei close enough together to allow them to fuse usually requires temperatures of tens of millions of degrees Celsius. The claim that it could be done at room temperature with a couple of electrodes connected to a battery stretched credulity [see photo, "Too Good to Be True?"].

    But while some scientists reported being able to reproduce the result sporadically, many others reported negative results, and cold fusion soon took on the stigma of junk science.

    Today the mainstream view is that champions of cold fusion are little better than purveyors of snake oil and good luck charms. Critics say that the extravagant claims behind cold fusion need to be backed with exceptionally strong evidence, and that such evidence simply has not materialized. "To my knowledge, nothing has changed that makes cold fusion worth a second look," says Steven Koonin, a member of the panel that evaluated cold fusion for the DOE back in 1989, who is now chief scientist at BP, the London-based energy company.

    Because of such attitudes, science has all but ignored the phenomenon for 15 years. But a small group of dedicated researchers have continued to investigate it. For them, the DOE's change of heart is a crucial step toward being accepted back into the scientific fold. Behind the scenes, scientists in many countries, but particularly in the United States, Japan, and Italy, have been working quietly for more than a decade to understand the science behind cold fusion. (Today they call it low-energy nuclear reactions, or sometimes chemically assisted nuclear reactions.) For them, the department's change of heart is simply a recognition of what they have said all along - whatever cold fusion may be, it needs explaining by the proper process of science.

    THE FIRST HINT that the tide may be changing came in February 2002, when the U.S. Navy revealed that its researchers had been studying cold fusion on the quiet more or less continuously since the debacle began. Much of this work was carried out at the Space and Naval Warfare Systems Center in San Diego, where the idea of generating energy from sea water - a good source of heavy water - may have seemed more captivating than at other laboratories.

    Many researchers at the center had worked with Fleischmann, a well-respected electrochemist, and found it hard to believe that he was completely mistaken. What's more, the Navy encouraged a culture of risk-taking in research and made available small amounts of funding for researchers to pursue their own interests.

    At San Diego and other research centers, scientists built up an impressive body of evidence that something strange happened when a current passed through palladium electrodes placed in h

  15. Perpetual motion ... by Dark$ide · · Score: 5, Funny

    In the next Slashdot story perpetual motion is shown to be possible.

    --

    Sigs. We don't need no steenking sigs.

    1. Re:Perpetual motion ... by nizo · · Score: 1

      Technically isn't the Universe itself a perpetual motion machine? Until (if?) it collapses back into a singularity there is always something moving somewhere relative to something else. I must hurry and go patent this before someone else does.....

    2. Re:Perpetual motion ... by maxume · · Score: 2, Informative

      perpetual: Lasting for eternity.
      there is no 'until' in eternity. The Universe is more of a 'motion for a very very long time that is almost perpetual but not quite machine'. Just to split hairs.

      --
      Nerd rage is the funniest rage.
    3. Re:Perpetual motion ... by Short+Circuit · · Score: 1

      I think it depends on expansion. And since, by most accounts, the expansion of the universe is accelerating, I think we've got an "eternal" machine running.

    4. Re:Perpetual motion ... by Anonymous Coward · · Score: 0

      Eternity: for all time.

      Since there is no such thing as time after the universe has collapsed into a singularity, it is correct to say the universe will be in motion for eternity, or in other words, a perpetual motion machine.

    5. Re:Perpetual motion ... by Anonymous Coward · · Score: 0

      In the next Slashdot story perpetual motion is shown to be possible.

      Of course it is. A submission on Slashdot produces a flamewar, which produces page views, which produces advertising revenues, which in turn allows the editors to produce another submission.

    6. Re:Perpetual motion ... by woah · · Score: 0
      Perpetual motion is possible..
      Perpetual motion machines are not.

      You could have a system moving forever as long as it does not lose any energy.

    7. Re:Perpetual motion ... by BlueBat · · Score: 1, Interesting
      maxume says:
      perpetual: Lasting for eternity.
      there is no 'until' in eternity. The Universe is more of a 'motion for a very very long time that is almost perpetual but not quite machine'. Just to split hairs.

      Actually, since time and space appear to be intertwined, there may be an end to time in which case there is no such thing as eternity. Also, since time also acts very screwy around singularities, your parent poster might have it correct. IANAP (Physicist)
    8. Re:Perpetual motion ... by irokitt · · Score: 1

      I'm waiting for a frictionless plane myself...

      --
      If my answers frighten you, stop asking scary questions.
    9. Re:Perpetual motion ... by RsG · · Score: 1

      Dangit, I've been working on my perpetual motion machine for ten years! Ironically, now I can't seem to stop. ;-)

      --
      Erotic is when you use a feather. Exotic is when you use the whole chicken.
    10. Re:Perpetual motion ... by danila · · Score: 1

      In the next Slashdot story perpetual motion is shown to be possible.

      And how do you know? Was the story about time travel posted too?

      On second thought, you might simply be a subscriber...

      --
      Future Wiki -- If you don't think about the future, you cannot have one.
    11. Re:Perpetual motion ... by Deliveranc3 · · Score: 1

      Meh, maybe they'll burn some of that Ether I hear is floating around.

    12. Re:Perpetual motion ... by Anonymous Coward · · Score: 0

      Thank god.

      We must know everything about physics now.

    13. Re:Perpetual motion ... by juhaz · · Score: 1

      It's kind of a long time, but even the protons themselves have a half-life of "only" 10^36 years (current estimates), does the universe continue expanding without matter, and even if it does, does it matter? Does background radiation continue at level it is at when the last proton closes the door, shuts the lights and breaks apart as a positron and small puff of gamma photons, or does even that eventually fade away?

      Of course all those virtual particle-antiparticle pairs keep up popping from the vacuum, but since their total energy is zero, I wouldn't count it...

  16. Let science work. by Anonymous Coward · · Score: 5, Insightful

    It is good to finally see a fair balance in the study of this idea. It may not generate anything usable, but then agin, it might. I think that is the key... to get real science studying the situation, not having the ideas tested and approved through the media.

    With ITER in a political freeze, there is ample time to study cold fusion concepts further. I don't see how one can create fusion conditions at room temperature. But if we understand how to control the collisions of the atoms better, then we may lower ignition temperatures. If the temperatures required were only several tens of thousands of degrees, then we do away with the complex containment systems and have a very viable energy source without multi billion dollar energy stations.

    Bottom line: Let real science work. The worst case scenario is that we have a better understanding of the atomic interactions that will be used in whatever fusion reaction processes that we eventually use.

    1. Re:Let science work. by dpud1234 · · Score: 1

      I agree... often amazing discoveries are found when pursuing an idea / experiment that does not make sense or seems ludicrous. And no, I'm not saying that all science should explore the bizarre but some level of exploration is healthy to the field in general.

    2. Re:Let science work. by Solder+Fumes · · Score: 1

      So...perhaps cold fusion doesn't actually work, but some of the theories developed might be useful in lowering the required fusion temperature. Therefore the hot fusion and cold fusion scientist meet in the middle and create warm fusion.

    3. Re:Let science work. by gilroy · · Score: 2, Insightful
      Blockquoth the poster:

      And no, I'm not saying that all science should explore the bizarre but some level of exploration is healthy to the field in general.

      The issue was not that "mainstream science" crushed down those noble researchers explorer "the bizarre". Contrary to popular myth, most scientists are delighted at the unexpected discovery of new phenomena, even if they pose a threat to established theory. But there are rules that have been evolved, over several centuries of painstaking effort, to give us some hope of knowing the validity of claims -- which is the root of all scientific progress.

      Some of these rules involve repeatability (which even Pons and Fleischmann, with their own equipment, could not reliably achieve), open publication, peer review, and so on. The original researchers and their rabid fans felt that the process of science slowed them down too much, so they ignored that process. They were doomned not by the "hostility" of "the establishment", but by the failure of other labs to reproduce their results in any significant and reliable manner.

      If honest, peer-reviewed work shows excess heat, it will be an interesting and possibly tremendous discovery. But Pons and Fleischmann will remains just as wrong.
    4. Re:Let science work. by Efreet · · Score: 1

      Back in our introductory chemsitry course at MIT, our proffesor had us calculate the potential over the electorlytic layer they were using, and demonstrate that it was enough to fuse two duetrium atoms together. So basically this fusion is working the same way as the old proton-in-a-particle-accelerator setup, but at better efficiency.

      --
      This sig wasn't worth reading, was it.
    5. Re:Let science work. by Xardion · · Score: 1

      The fusor folks do fusion at what could be considered 'cold' temperatures every day (The point of fusion is by no means cold, at least in terms of electron-volts, but they don't use photon heat/pressure to induce fusion), though they aren't anywhere near the 'break-even' point. Still, good work from those guys. Check out www.fusor.net

    6. Re:Let science work. by tmortn · · Score: 1

      and yet others did have success repeating the original experiment while others had difficulty.

      SO since not EVERYONE was reporting the same results the theory is tossed out as crackpot because it wasn't possible anyway?

      P & F made mistakes certainly but don't absolve the system of sussing out new ideas of all fault. It is a system that is inherrently biased against anything unexplained and/or at odds with accepted theory. P & F to some extent created a self fullfilling prophesy by going against the grain with their anouncement. However, the knee jerk out of hand dismissal of their claims without sufficient experimental evidence (or in otherwords, what the established scientists were complaining about P & F NOT doing in the first place) is completely unacceptable. In the end they answered shoddy work with shoddy work and perhaps jepordized a very important discovery in the process.

      We could be 15 years into accepted serious study of this phenomenon isntead of just realizing the idea might have some merit.

      --
      I don't ask you to be me. I only ask you not expect me to be you.
    7. Re:Let science work. by gilroy · · Score: 1

      I'm sorry but I still think the system worked exactly as it's supposed to and exactly as it should. If you make a wildly divergent claim, it is encumbent on you to provide solid evidence -- and to facilitate the work of others to verify it. The phase space of entirely unexpected (but still valid) proposals is infinitesimal compared to the phase space of entirely unexpected and completely bogus claims. With only finite resources, the community needs to set priorities. The scientific process is a well-evolved technique for sounding out BS -- a system for detecting falsehood. There are indeed examples of apparently outrageous concepts that have become accepted (quantum mechanics, for example), but that is precisely because the early proponents of those concepts threw them open to investigation by many other researchers.

      Some of the subsequent experiments saw (ambiguous) anomalous results but no one replicated P&F -- and P&F allowed no one to try.

      The only part of the response that was sordid at all, and it is something which even at the time dismayed me, was the presumption by many physicists that mere electrochemists could not conceivably have discovered new fundamental physics. The pedigree of P&F should not have mattered. But their resistance to submitting their results for independent replication and peer review should have, and did.

    8. Re:Let science work. by tmortn · · Score: 1

      I do not really disagree with anything you are saying.

      My only real point is that the claims were declared junk science without proper experimentation to unequivically state they were false claims. No matter how you slice it or dice it on P&F's actions one way or another the discrediting of the claim without sufficient testing is reprehensible.

      True the burden of proof is not on the scientific world at large regarding extravegant unconventional claims. However as the keepers of scientific knowledge the burden is upon them to speak only that which they KNOW. Not that which they assume. Many assumed P&F 1) did not posses the knowledge due to the fact they were making claims in an area outside their field 2) that the idea of table top fusion was absurd 3) their circumvention of proper protocol could only be because they were trying to hide something. Due to these assumptions the claims were not properly investigated by the scientific community at large. They were studied in secret and any ascociated with efforts that did come to light were often as not ridiculed as crackpots.

      You say the system works more than it dosn't. I say where there is smoke there is fire. If there is one case of mishandled discovery I say the odds are there are more. The unique case is by far the most rare. The very fact that two otherwise well respected scientists decided to take the unconventional road to getting the word on their experiment out to me seems an indication not that the system works but that they forsaw difficulties and decided to try and avoid them.

      After all the history of scientific discovery is not one of established theory and protocol gracefully accepting revision but instead one of upheaval and arguments. Established theory and its adherrants fight tooth and nail to maintain their status. Always have and probably always will.

      --
      I don't ask you to be me. I only ask you not expect me to be you.
  17. Back from the dead? by surprise_audit · · Score: 3, Funny

    Heh... Cold Fusion Back From The Dead is almost as good as Stealing Fire from the Gods

    1. Re:Back from the dead? by chill · · Score: 4, Funny

      Heh... Cold Fusion Back From The Dead is almost as good as Stealing Fire from the Gods

      For the last time we did not steal it, we borrowed it. We fully intend to give it back one of these days.

      --
      Learning HOW to think is more important than learning WHAT to think.
    2. Re:Back from the dead? by Mr_Dyqik · · Score: 1

      Bah, it was probably a knocked-off copy off of the celestial internet anyway.

    3. Re:Back from the dead? by drinkypoo · · Score: 4, Funny

      Fire isn't physical property, it's knowing how to make fire that's valuable, and that's intellectual property. In other words, we're all engaged in acts of pyrotechnic piracy. Sooner or later the DFA (Deistic Fire Alliance) will come down on us...

      --
      "You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
    4. Re:Back from the dead? by Prior+Restraint · · Score: 1

      Actually, the courts have ruled that humanity's personal application of fire constitutes "fair use," so we're effectively in the clear. However, distribution to mortal species has been deemed "contributory infringement," which carries a penalty of perpetual liver consumption.

    5. Re:Back from the dead? by Zardoz44 · · Score: 1
      Have you ever watched Survivor? I think it's clear we don't have to worry about anyone pirating the knowledge of how to make fire.

      If that black&white chick from Quest For Fire could make it, you'd think a Boy Scout leader from Ohio could do it. Oh? Wait a minute. Ohio...

    6. Re:Back from the dead? by RsG · · Score: 1

      >Sooner or later the DFA (Deistic Fire Alliance) will come down on us...

      And their demi-lawyers, led by the law firm Anubis Hades & Cthulu, are lobbying for the DMFA, or Divine Millenium Fire Act. This would make circumventing the divine proscription of fire use illegal and punishable by thunderbolt.

      Under the DMFA all sticks, stones, steel flints and electrodes would have to come equipped with DRM (Divine Rights Magic), which would prevent unauthorized usage. Privately, attourney Cthulu admitted that enforcement of stick regulation could prove difficult, given the widespread existance of unregulated wood, and that the DFA was looking into a massive deforestation campaign to curb the problem with piracy.

      Senator Orrin Hatch was unavaiable for comment.

      --
      Erotic is when you use a feather. Exotic is when you use the whole chicken.
    7. Re:Back from the dead? by Dyolf+Knip · · Score: 1

      Yup, it was a sad, sad day when Zeus signed the DMCA (Deistic Millenium Combustion Act). Poor Prometheus, going around with that 'fire is free as in love' schtick, I couldn't believe what the Pantheon did to him. How much longer has he got to deal with that damned bird?

      --
      Dyolf Knip
    8. Re:Back from the dead? by Anonymous Coward · · Score: 0

      Didn't Hercules already shoot that bird and free Prometheus? He's free as love once more.

    9. Re:Back from the dead? by EvilTwinSkippy · · Score: 2
      You got to think about that for a minute. Sure having your liver torn out by an eagle would be horrifying for the first couple of weeks. But there has to be a point, after the 5000th day in a row, that you start cracking jokes about it.

      Heck, I'd think that after the first century or two the eagle would start to think it was getting old.

      "Hey Bird."

      "Dude. Wazzup?"

      "Same old same old, chained to a rock."

      "Man Zeus is such a cheap ass. He could have at least sprung for cable."

      "Are you kidding, 80 channels with nothing on. I'd rather have a giant bird suck my liver out!"

      Uncomfortable laughter.

      "All right, lets get this over with. It's my turn to watch the clutch tonight."

      "What on Earth does your wife do at night. I thought Eagles were blind in the dark."

      "Have you been chained to a rock for eternity or something. We have lights these day."

      Uncomfortable laughter.

      --
      "Learning is not compulsory... neither is survival."
      --Dr.W.Edwards Deming
    10. Re:Back from the dead? by Anonymous Coward · · Score: 0

      Heh... Cold Fusion Back From The Dead is almost as good as Stealing Fire from the Gods

      No! It's "I'm Mike D and I'm back from the dead"...

    11. Re:Back from the dead? by Anonymous Coward · · Score: 0

      that humanity's personal application of fire constitutes "fair use"

      That's "fire use". Can't you people learn to spel?

    12. Re:Back from the dead? by famebait · · Score: 1

      Fire isn't physical property, it's knowing how to make fire that's valuable, and that's intellectual property

      Well, it would have been, if only the Gods had bothered to patent it. At the time it probably seemed provocative but still legal for good all Promo to grab some. Unfortunately, unlike greek city-states, Olympia is not a democracy in any sense of the word, has no checks and balances in place, and gods generally have no inhibitions at all in making their rulings retroactive...

      I say he was framed.

      --
      sudo ergo sum
  18. Probably not fusion . . . by Haertchen · · Score: 2, Interesting

    Something there is producing some serious heat. Nobody ever denied that. But if it were fusion that were doing it, the researchers would be dead from radiation poisoning. I think that the phenomenon needs research, but I wouldn't hold my breath as to actually getting fusion out. There could still be a chemical basis for the energy.

    1. Re:Probably not fusion . . . by Bohnanza · · Score: 1
      There could still be a chemical basis for the energy.

      If there is, it's one that violates the laws of thermodynamics. You can't get more energy out than you put in.

      This is why the original researchers assumed it must be nuclear fusion.

      --

      -----

      Sorry, I'm only a 1336 h4x0r.

    2. Re:Probably not fusion . . . by NichG · · Score: 1

      I think you strongly overestimate the strength of this effect (if it exists, etc). Since they're measuring the neutron flux from the thing, they can pretty much tell you how likely they'd be to drop dead from radiation poisoning, but considering how finnicky this experiment seems to be I'd be surprised if the surplus of neutrons is more than a couple percent above the background radiation, otherwise we could just throw out all the expensive lab equipment and use a canary to see if something is happening.

    3. Re:Probably not fusion . . . by clonan · · Score: 1

      not at all!

      read the article. They say that the energy produced is as much as 250 times what goes in. Most of that is heat.

      They powered it off a battery......

      Also fusion is very low radioactivity compared to fission. Most of it is neutrons. Many of thoes get absorbed in the water (hence the expected tritium)...then there is the inverse square law. You stand back a few feet from a low level radioactive source and you won't get anything.

      Plus radioactivity is a cumulitive effect. They MAY be more likley to get cancer 30 years from now.

    4. Re:Probably not fusion . . . by Montreal+Geek · · Score: 4, Informative
      If you had, in fact, RTFA you would have seen that there is some evidence of helium generation during the reaction.

      While apparently hard (but not impossible) to reproduce, and not well understood, there is now credible evidence that something happens that generates heat and helium out of hydrogen.

      If the phenomenon is real, and we manage to reproduce it reliably, it probably is fusion, albeit only a couple of atoms at a time (which has the side effects of (1) no harder-to-control chain reaction over vast amounts of fissible material and (2) trivial to contain generation).

      Might not be too easy to use, though. I could see how the heat could be made to give energy to a conventional steam turbine though.

      At any rate, your quip about dead from radiation poisoning is a strawman. Even if all is as the researchers hope, we are observing the fission of minuscule amounts of atoms at a time (hence the manageable heat) and what little radiation escapes from the reaction medium unabsorbed and unconverted into heat is most likely unmeasurably small and completely drowned out by the background radiation we live in.

      -- MG

    5. Re:Probably not fusion . . . by Sumocide · · Score: 1

      Pd + H20 = Pd0 + H2

    6. Re:Probably not fusion . . . by MustardMan · · Score: 3, Insightful

      But if it were fusion that were doing it, the researchers would be dead from radiation poisoning.

      What is with this idiotic groupthink that if its nuclear it must be radioactive? Not everything involving a nucleus is radioactive, and not everything radioactive causes cancer and kills people. For example, at princeton plasma physics labs, they deal a lot with fusion experiments, and there is radiation present... FROM THE TRITIUM AND DEUTERIUM THAT THEY STARTED WITH. The beginning materials in this case are radioactive. It's all this kneejerking nonsense about radiation that makes people pissy every time you try to discuss fusion research with a layman.

      And for the record, until I see better results otherwise, I still think cold fusion is horseshit

    7. Re:Probably not fusion . . . by CoronalPendragon · · Score: 2, Informative

      You know, you would think that. But Julian Schwinger pointed out that there is no good reason to come to that conclusion ie. that the same nuclear reactions that are favored at high temperatures are favored at low temperatures. There is no reason, per se, to expect neutrons.

      Further more, he pointed out, that because of the spin state of the nucleus, dipole transitions would be forbidden - read no gamma rays.

      Here is where you can find a lot of the last 15 years of research - If you are the sort to read scientific papers.
      http://www.lenr-canr.org/

    8. Re:Probably not fusion . . . by cryptochrome · · Score: 1

      Deuterium is not radioactive.

      --

      ---If you can't trust a nerd, who can you trust?

    9. Re:Probably not fusion . . . by dspacemonkey · · Score: 1

      True, but thats not how chemical reactions work.

      Think of gunpowder, petrol, wood etc. Chemical reactions rely on the energy contained in the bonds between molecules and atoms. You can get energy out of them, at the cost of altering their structure. With the amounts of energy reported it would only require a tiny amount of material to react - you probably wouldn't notice the change in mass (especially if the by-products are similar to the orginial material).

    10. Re:Probably not fusion . . . by Anonymous Coward · · Score: 0

      But if it were fusion that were doing it, the researchers would be dead from radiation poisoning

      This is exactly the same reason that no man has ever been to the moon - in order to get there, you have to go through these things called "Van Allen" belts, which contain a tiny amount of radiation. As we all know, this small amount of radiation would kill any human instantly so there's no way we could've gone to the moon, nor could those scientists have performed cold fusion.

    11. Re:Probably not fusion . . . by jguthrie · · Score: 1

      It's never been adequately explained to me why it is legitimate to use the model that says you can't have a particular type of reaction to describe the characteristics of that reaction, should it exist. Perhaps you could enlighten me.

    12. Re:Probably not fusion . . . by MustardMan · · Score: 1

      Yeah as soon as I read your reply I remembered that. It's been a couple years since I've taken a nuclear physics course, and a lot fresher in my mind is the way they treated EVERYTHING as hazardous when I was at PPPL. Thanks for clarifying.

    13. Re:Probably not fusion . . . by ciroknight · · Score: 2, Insightful

      let's not be retarded. the scientists found HELIUM and excess energy coming from these devices, not hydrogen gas and excess energy.

      secondly, if it were as simple as this chemical reaction, then we would have known by now. We're incredibly knowledgable about studying chemical reactions, and could simply look at the terminal to tell if it were oxidized. Plain and simple.

      --
      "Victory means exit strategy, and it's important for the President to explain to us what the exit strategy is." G.W.Bush
    14. Re:Probably not fusion . . . by kybred · · Score: 1
      They say that the energy produced is as much as 250 times what goes in.

      The article says

      yielding sometimes as much as 250 percent of the energy put in.

      Or 2.5 times what goes in.

      KyBred

    15. Re:Probably not fusion . . . by Anonymous Coward · · Score: 0

      The scientists found helium, but the amounts were within equipment error margins for naturally occuring amounts for helium. So, no insight there.

    16. Re:Probably not fusion . . . by RKloti · · Score: 1

      This might seem a stupid question, but if the reaction emits neither heat nor gamma rays, how does it transfer heat to the surroundings? By lower frequency EM radiation? By proton/electron emission?

    17. Re:Probably not fusion . . . by Haertchen · · Score: 1

      "though Antonella de Ninno and colleagues from the Italian National Agency for New Technologies Energy and the Environment, in Rome, have found strong evidence of helium generation when the palladium cells are producing excess heat but not otherwise."

      FYI, I did read the article first, and I wasn't impressed. A single result, which isn't conclusive, isn't enough to make me change my mind about helium being created. Until someone else duplicates the measurement consistently, this is one more measurement, and not a definitive one.

      I actually have no problems accepting that something is generating heat, or that there could be some low-level background fusion taking place. In my opinion, both of those observations have been reproduced. Steve Jones, at BYU (my undergrad institution), has worked on muon-induced fusion. The main beef with their results is the amount of energy they claimed was being produced by fusion reactions, not that some fusion reactions are occuring.

      The argument about the radiation poisoning is not a straw man, it is good science. The amount of heat being produced from fusion reactions would be proportional to the amount of radiation being produced by those same reactions. It would not be difficult to figure out an order-of-magnitude estimate for how much radiation a person, or the equipment, would be exposed to in the case of a specific amound of heat gain. I am not an expert in this area, and I suspect you are not either, but there are people who know about these things, simply so they can live with their experiments. I am basing this statement off of personal statements made by Ross Spencer at BYU, who has a PhD in physics and specializes in plasma physics.

      Just to finish, I believe that something is going on there, and I also believe that it should be studied. That is not the same as saying it is fusion.

    18. Re:Probably not fusion . . . by Anonymous Coward · · Score: 0

      we are observing the fission of minuscule amounts of atoms at a time

      In which case you're also producing misuscule amounts of energy, which is not useful on an industrial scale. If the effect is fusion, then it produces X amount of energy per reaction, and produces Y amount of radiation, no matter how you go about it. And to produce, say, 2000 megawatts of electricty, you'll wind up with a fusion source equally radioactive whether it's "cold fusion" or not. The same number of fast neutrons are still coming out.

    19. Re:Probably not fusion . . . by stevelinton · · Score: 1

      The radiation question is a bit subtle in this particular case. There are in principle, three ways in which two deuterium nuclei can fuse:

      1. to give a helium 4 nucleus and nothing else (except maybe some gamma rays)
      2. to give a helium 3 nucleus and a neutron
      3. to give a tritium nucleus and a proton

      In a plasma 1 is very unlikely, because it's hard for a helium 4 nucleus and gamma rays to carry off exactly the right amount of energy and momentum with no other particles produced. 2 is somewhat more common than 3, but I read somewhere that this can be controlled by controlling the spins of the deuterium nuclei (or some such).

      Anyway, the radiation that everyone is looking for (and not finding) is the neutrons from 2. They have a characteristic energy and a reasonable range through palladium and air. It is, at least to me, conceivable that if something is somehow enabling fusion inside the palladium, it is preferentially enabling reaction 3 (although there's no mention of detecting tritium) or reaction 1, presumbly dumping the energy and momentum into the Palladium lattice somehow.

      Anyone know better than me whether this is remotely plausible?

      Steve

    20. Re:Probably not fusion . . . by famebait · · Score: 1

      Yabbut containing the radiation from the actual reactor is not really the problem with today's nuclear technology either. You just build suitable shielding and don't go in there. The real issues stem from that (a) the materials used are inherently radioactive, both the fuel and the waste, so they continue to radiate if they escape from any step in the process, and
      (b) the reaction is self-sustaining, so you can get runaway reactions.

      Fusion has none of these (well, at least the
      waste problem is tiny compared to fission). And you probably could even walk ino the shielded reactor area if you just stop the process first.

      --
      sudo ergo sum
  19. This statement always scares me... by adzoox · · Score: 1, Insightful

    "... and if science Research & Development funding can be stimulated with a positive DoE report (due soon), it might be an interesting rebirth"

    When someone says that progress depends on funding it scares me. This is one of the most vaporsearch/vapordev discoveries in history. There have fabrication after fabrication and pseudodiscovery after pseudodiscovery.

    I'm SURE that the companies/universities that are doing this research are well funded or have such active "life work" people involved that MORE funding really isn't necessary or even requested.

    I'm also relatively sure that the people that are making progress in this field are keeping it mum - this will be one of the greatest discoveries of all time and will make someone very rich - and people think this is going to be just broadcast that someone contactable/killable has achieved it?

    --
    Yell & scream & rant & rave... it's no use... you need a shaaaave ~ Bugs Bunny
    1. Re:This statement always scares me... by Mr_Dyqik · · Score: 2, Interesting

      If your that sure, you've obviously never worked in academia. An absolute minimum of half of all proposals for funding of experiments get rejected in entirely noncontentious fields. In fields that suffered all the hype and disappointment of cold-fusion (I can't actually think of an example that faired quite so badly in the press) I can't imagine any government research organisation funding research, and they control most of the academic funding. There's not a lot of opportunity for publishing papers either, which is the key factor in securing research funding.

      Only a few companies have a large enough R&D budget to do basic research in areas directly related to their core businesses, and the power companies have much more plausible, if less groundbreaking research to do, as well as hot-fusion research.

    2. Re:This statement always scares me... by Biff+Stu · · Score: 2, Interesting

      I find you statement scary. Public funding for basic research is critical for development of new technology.

      Research costs real money. Salaries must be paid, and equipment must be purchased and maintained. State of the art scientific equipment isn't cheap, and neither are Ph.D. researchers. (Well, OK, grad students, post-docs are cheap but that's another story.)

      Where do you think these "well funded" universities you write about get their money? While many of these universities, especially the private universities have large endowments and alumni donations, this money typically goes to bricks and mortar infrastructure. That's where the buildings come from. The truth is that the bulk of the day-to-day operating resources for scientific research come from the Federal Government. Without federal funding, the science buildings at even the most richly endowed ivy league institutions would be empty shells.

      Furthermore, most research is high-risk. Even if the payoff is potentially high, the probability of hitting a commercial home-run from basic research is low. Most companies and private investors are averse to that level of risk, and their tolerance for such risk is no longer what it was in the good old days. Bell Labs, for example, is no longer the institution that generated Nobel prize winning research decades ago.

      The bottom line is without federal funding, science in the US would stagnate, and we would no longer be a world leader in science and technology.

    3. Re:This statement always scares me... by Anonymous Coward · · Score: 0

      "gov't dole for science isn't required"

      So, did you fail your GRE or the PhD admission exam?

    4. Re:This statement always scares me... by Anonymous Coward · · Score: 0

      I don't think the parent said at all that "funding wasn't necessary" - I think the point was that for such a HIGH PROFILE SCIENTIFIC reason - it's probably already there.

      Money corrupts too.

  20. This inside my flying car by HighOrbit · · Score: 0

    would be rocking! But I'm not holding my breath for either.

  21. How do they know it's fusion? by dspacemonkey · · Score: 5, Insightful

    From the article it seems like Fleischmann saw more energy coming out than he put in (up to 250% apparently) and thought to himself:

    "Aha! This must be cold fusion."

    Is it just me, or does that seem to be a bit of a leap of faith? After all, if one sets light to petrol one gets more energy out than a match puts in. Surely there are other possibilities.

    Occam's razor anyone?

    I'm not sure about "strong evidence" from a single research laboratory either...

    1. Re:How do they know it's fusion? by Anonymous Coward · · Score: 5, Insightful

      You are very correct. This is why we publish results, and have peer review. We are in the infancy of this branch of science. Worst cast scenario: it doesn't work period. We have at least investigated another possiblity. We learn and apply to other endevours into fusion power.

      Will anything major pop out of this research? Maybe, maybe not. But we are learning. At the very least, this should train another generation of people to not buy into hype one way or another. First it was "COLD FUSION IS HERE!" then it was "COLD FUSION IS A TOTAL SCAM!". Neither is correct. But with the attention span of the media this is all you will get.

      Be patient. Let science work.

    2. Re:How do they know it's fusion? by Anonymous Coward · · Score: 0

      The original experiment also had evidence (That was later questioned to be genuine) of a neutron flux that indicated some unexplained reaction (enter cold-fusion) was occuring that chemical processes couldn't explain.

    3. Re:How do they know it's fusion? by richteas · · Score: 1

      After all, if one sets light to petrol one gets more energy out than a match puts in.

      That is only true if you don't consider the chemically stored energy (within the petrol) in your energy balance. Wrong frame of reference. I'm pretty sure P&F ruled such a setting out - this is too important to ignore something from "Thermodynamics 101".

    4. Re:How do they know it's fusion? by Lord_Pain · · Score: 1

      Correct me if I'm wrong....
      Your match to petrol analogy...
      The petrol is stored or potential enegy, hydro-carbon. The match's flame is the trigger for it's release. So in essence you do not get more energy out then you put in.

      --
      -- What's this '-r *' file doing here? -- Oh well, a simple 'rm' should do the trick.
    5. Re:How do they know it's fusion? by dspacemonkey · · Score: 1

      You are quite correct. Every joule of energy you gain in the form of light and heat is countered by a loss of a joule in the form of a chemical bond.

      My point is, why opt for cold fusion as an explanation when a chemical breakdown seems so much simpler. Simple often means correct.

    6. Re:How do they know it's fusion? by radtea · · Score: 5, Interesting


      The thing that we know with certainty is that whatever is going on, it is not a nuclear effect.

      It goes like this: in any nuclear effect, you wind up with lots of energy being dumped into a single nucleus. That energy can come out in only a small number of ways, because no matter what process produced the energy, all energy is created equal. And the nucleus is a well understood system.

      So either you get gamma rays, neutrons, or nuclear recoil. The suggestion that you get lattice recoil, as occurs in the Mossbauer effect, does not hold water as it would require the lattice to behave in ways that are contrary to known physics, and again: all energy is created equal. Simply because an exotic process produces the energy does not allow us to suspend the rest of the laws of physics once that energy has been created.

      If you have gamma rays or neurtrons, particularly in the quantities implied by the rate of energy creation, they are easily detectable. If you have nuclear recoil, you also, necessarily have neutron creation, because given the energies involved you'll knock nuetrons off the recoiling nucleus or the lattice nuclei. Again, it does not matter what exotic unknown process makes the nucleus move: once it is in motion in the lattice we can predict quite accurately how many neutrons will be produced.

      Nothing like the expected numbers of neutrons or gamma rays are produced. Ergo, whatever is happening is not a nuclear process.

      For what it's worth, IAANP, I have heard Fleishmann speak, and was peripherally involved in some early experiments to (in)validate the 1989 results. I've not thought much about the subject in the past decade, and hope not to do so for another decade. There's too much real science to think about instead.

      --Tom

      --
      Blasphemy is a human right. Blasphemophobia kills.
    7. Re:How do they know it's fusion? by Mr_Dyqik · · Score: 1

      In this case, the only chemicals present are the Pd electrode and the D2O liquid. D2O has almost exactly the same chemical properties as ordinary water (the vibration and rotational spectra are slightly different, but the average bond lengths and energies are the same as H2O) so either this new reaction would work with ordinary water, or something non-chemical is happening.

      Also, the Pd electrodes were not observed to be used up, so if any Pd atoms were involved in a chemical formation, the bond energies must have been much much higher than almost any other bond. The chemical formation (forming bonds releases energy, breaking them requries energy. Energy is released when the energy of the bonds broken is lower than the energy of the bonds formed) theory was rejected because no reaction had ever been observed between the reactants that could release the amount of energy seen.

    8. Re:How do they know it's fusion? by Guuge · · Score: 1

      Occam's razor anyone?

      So, what's the simplest explanation in this case? That the researchers accidentally spilled petrol in their experiment? I think we'd better investigate this a little more before drawing conclusions.

    9. Re:How do they know it's fusion? by DrDave · · Score: 0
      As I remember the review of the Pons & Fleischman results, the amount of "excess energy" released was about what would be expected by the complete oxidation (burning) of the Pd electrode. The energy was estimated by the distribution of pieces of the aparatus distrubted around the lab.

      They only detected neutrons on Monday mornings, after the lab (in the basement) had had the door shut for a couple days. The neutrons were most likely from the the brick walls of the building and accumilated when people weren't going in and out of the lab.

      I'm not sure if the current experiments have addressed these issues. They certainly aren't discussed in the popular press.

      --
      Is this a rhetorical question?
    10. Re:How do they know it's fusion? by k98sven · · Score: 1

      This is why we publish results, and have peer review.

      Crackpots reviewing crackpots then. That's productive. Can you name any real scientific journals, in the field of nuclear physics, which have accepted papers on cold fusion?

      We are in the infancy of this branch of science

      Not really. Alchemy has been around for centuries. It's just not science.

      Worst cast scenario: it doesn't work period. We have at least investigated another possiblity.

      Science is not done through 'looking for things' just because you want them to be there. You need a reason to go looking for them.

      If you don't have that, you are crossing the line straight into Bad Science. If you look hard enough for anything, you will invariably find it. The problem is, that doesn't mean it's actually there. It means you're fooling yourself.

      The original cold fusion experiments could not be reproduced as they had been reported. End of story. If you have a genuine phenomenon, then that is causes for investigation. If you have a theoretical justification, that is cause for investigation. But just going off and trying to make it work for no other reason than that you want it to; That's not science.

      Will anything major pop out of this research? Maybe, maybe not. But we are learning.

      Obviously not.

      At the very least, this should train another generation of people to not buy into hype one way or another.

      If you don't buy the hype about cold fusion, why would you even think it's possible?

    11. Re:How do they know it's fusion? by MrScience · · Score: 2, Insightful

      How do you explaine the generated Helium that some researchers have produced? There's no chemical reaction that I'm aware of that can raise helium ratios in a sealed environment.

      --

      You quitting proves that the karma kap worked. The most annoying of the whores shut up. --CmdrTaco

    12. Re:How do they know it's fusion? by samhalliday · · Score: 2, Insightful
      the nucleus is a well understood system.

      LOL! you just keep living that dream. (yes, i AM a particle physicist)

    13. Re:How do they know it's fusion? by Gewis · · Score: 3, Interesting

      Unfortunately, most of our models for fusion involve bare nuclei and we don't really know what's going on when it's not in a plasma state. The presence of an electron cloud can do funky things with the coulomb barrier, and we know that nuclear cross sectional areas are increased dramatically at low energies, 10 keV or less.

      It's certainly been interesting that the rate of neutron creation has been so low, but that doesn't rule out nuclear processes. It just rules out d+d --> He3 + n + gamma as the dominant reaction. d+d --> He4 is, even in conventional nuclear physics, very possible, and indeed that's what we see the most of. The underlying mechanism for why this is the favored reaction isn't fully understood, but the data does fit with a nuclear process.

      Our present lack of a cogent theory widely accepted in the community is definitely a point against us, but having a theory like that is not a prerequisite to believing what you're seeing. Elemental transmutation in d+Z reactions is common, and if you're turning Cs into Pr, and the amount of Cs is decreasing proportional to the increase in Pr, you're going to have a VERY hard time arguing that it's not a nuclear process. (See Iwamura, www.lenr-canr.org )

      Apparently, the nucleus isn't such a well understood system after all, and we'd all be smart to not assume we know that much about anything. The field really does deserve more credence than you mainstream NPs have been willing to give it.

    14. Re:How do they know it's fusion? by radtea · · Score: 4, Informative


      You've missed my point entirely.

      I am focussed completely on the question of "How does the energy wind up as heat?"

      I will grant you any number and type of exotic processes to create the energy in the first place.

      But I will not grant you any new physics with regard to converting that energy into heat, because all of the scenarios posited ultimately involve either excited nuclei, or nuclei moving in the lattice, and we know with as much certainty as we know anything what happens when we have excited nuclei or nuclei moving in the lattice.

      So you have two completely unrelated problems: one is that there is no known mechanism that can produce the energy in the first place. The second is that once the energy is created, there is no known mechanism that can convert it into heat without a clear-cut radiation signature. That is, even if you have pure d+d->4He fusion, you will always still get both nuetrons and x-rays (and gamma rays, in some cases) due to standard slowing down processes or de-excitation.

      No matter what process produces 4He plus a few MeV, the same physics governs the thermalization process, and you have to invoke entirely new physics to govern this process in this case, as well as entirely new physics to govern the generation of the energy in the first place.

      So it isn't the lack of explanation of the generated energy that is the big concern for most nuclear physicists. It is the fact that once the energy has been generated, the reaction products have to behave in ways that are completely contrary to a huge body of existing knowledge, both theory and observation.

      --Tom

      --
      Blasphemy is a human right. Blasphemophobia kills.
    15. Re:How do they know it's fusion? by Anonymous Coward · · Score: 1, Insightful

      I've not thought much about the subject in the past decade, and hope not to do so for another decade. There's too much real science to think about instead.


      That's a rather snobbish, closed-minded, and non-scientific attitude.

    16. Re:How do they know it's fusion? by Anonymous Coward · · Score: 0
      From the article it seems like Fleischmann saw more energy coming out than he put in (up to 250% apparently) and thought to himself:

      "Aha! This must be cold fusion."

      Is it just me, or does that seem to be a bit of a leap of faith?

      I don't think his assumption that it was cold fusion was the egregious leap of faith. If he could make it work repeatedly in a variety of cirumstances, he could call it "The Teletubbies Effect" for all I'd care, as long as it reliably provided the energy!

    17. Re:How do they know it's fusion? by Anonymous Coward · · Score: 0
      Simply because an exotic process produces the energy does not allow us to suspend the rest of the laws of physics once that energy has been created.

      ... unless the "laws of physics as we know them" are wrong, and this "exotic process" is tickling at the edge of one of the exceptions, and pointing out that there are flaws in our understanding of the universe.

      Ergo, whatever is happening is not a nuclear process. -- *If our understanding of physics is correct*, "whatever is happening is not a nuclear process."

      That said, I think P&F were to quick to jump onto the cold fusion bandwagon. IIRC, even Plank, who proposed it, didn't initially buy into the quantum nature of light - it was just an explanation which made the numbers come out right.

    18. Re:How do they know it's fusion? by WebsterHubbleTelesco · · Score: 1

      Somebody should look at the energy it took to manufacture and configure the electrodes and solution. In practice, the net energy gained is also critical, at least to keep the "free energy" wackos from drooling or foaming at the mouth, depending on how crazed they are.

    19. Re:How do they know it's fusion? by Gewis · · Score: 1
      I am focussed completely on the question of "How does the energy wind up as heat?"
      If that were the case, you wouldn't have said that it couldn't be a nuclear process. And the last time I checked, turning an alkali metal into a rare earth metal required nuclear transmutation. It's the very definition of a nuclear process: the nuclei have changed composition and structure.

      d+d->4He will not yield any neutrons. You will definitely get gamma rays (2.2 MeV), but this really does require working close to background levels with the detection stuff. But you've completely shot your credibility in the foot if you're going to claim that d+d->4He is going to give neutrons, as if somehow it gave out the necessary almost 1 GeV to poop out a neutron that wasn't existent in the system previously. d+t->4He + n, and d+d->3He + n, but when d+d->4He is the dominant reaction, and the rate of 4He production is way above possible contamination, neutrons may still be present from other reactions, but not nearly enough to account for the heat production.

      So, there's nuclear products and, yes, we have had radiation signatures. Go back and look at the original Jones paper submitted to Nature on March 23, 1989, and published immediately afterward. It's MOST DEFINITELY nuclear. Unless you're going to claim that Sr -> Mo and Cs -> Pr aren't nuclear processes, I think you have to concede that point. Whether or not the energy involved is really useable is debatable, but any claim that the process isn't nuclear is simply a refusal to believe what all the evidence points to simply as a matter of pride and arrogance.
    20. Re:How do they know it's fusion? by Anonymous Coward · · Score: 0

      First it was "COLD FUSION IS HERE!" then it was "COLD FUSION IS A TOTAL SCAM!". Neither is correct. But with the attention span of the media this is all you will get.

      You forget, that Pons & Fleishman DIDN'T publish their results in a journal first. They called a press conference to generate a media frenzy.

      When they actually got around to publishing the results in a peer-reviewed journal, a lot of questions were asked.

      In short, despite the many problems with peer-reviewed journals, they work very well most of the time.

  22. Should be looked at regardless by nizo · · Score: 5, Informative
    Thus spake the article:

    Over the years, a number of groups around the world have reproduced the original Pons-Fleischmann excess heat effect, yielding sometimes as much as 250 percent of the energy put in.

    (snip)

    Other researchers are finally beginning to explain why the Pons-Fleischmann effect has been difficult to reproduce. Mike McKubre from SRI International, in Menlo Park, Calif., a respected researcher who is influential among those pursuing cold fusion, says that the effect can be reliably seen only once the palladium electrodes are packed with deuterium at ratios of 100 percent--one deuterium atom for every palladium atom. His work shows that if the ratio drops by as little as 10 points, to 90 percent, only 2 experimental runs in 12 produce excess heat, while all runs at a ratio of 100 percent produce excess heat.

    Something is going on here that we don't understand, and it looks like it can be reproduced. Yeah I would say it would be worth looking into further. The 250% heat output sounds like a good thing (especially if no toxic by-products are produced) so how does that compare to other types of heat generation I wonder?

    1. Re:Should be looked at regardless by Anonymous Coward · · Score: 0

      Just because it's not understood won't stop the /. crowd from making hundreds of "it'll never happen" comments.

    2. Re:Should be looked at regardless by Short+Circuit · · Score: 1, Informative

      Deuterium and palladium are both pretty toxic. I don't know that having toxic reactants is much better than having toxic products.

      On the bright side, at least palladium is solid at STP.

    3. Re:Should be looked at regardless by NichG · · Score: 4, Insightful

      Since when is deuterium toxic?

    4. Re:Should be looked at regardless by Anonymous Coward · · Score: 0

      The 250% heat output sounds like a good thing (especially if no toxic by-products are produced) so how does that compare to other types of heat generation I wonder?

      Well, it's about 250%+(1-base_efficiency) better...

      A modern "high-efficiency" oil-fired furnace is about 65%-80% efficient, for instance. For every calorie of energy you put into it (in the form of oil), you recover between .65 and .8 calories in the form of heat. Because it's a purely chemical reaction, the mass of oxygen+fuel is equal to the mass of the exhaust. With the cold fusion cell, for every calorie you put in you get 2.5 calories out, and because it is a nuclear interaction the system system *should* lose a corresponding amount of mass according to Enstein's famous e=mc^2. Or so the theory goes. Measuring that difference in mass would be very difficult, as it will be incredibly small - it is no doubt much easier to check for the presence of the products of a fusion reaction, although per the article no fusion end-products have ever been detected...

    5. Re:Should be looked at regardless by dspacemonkey · · Score: 3, Informative
      It has been suggested that deuterium water (heavy water) should be considered toxic because if consumed in isolation it would displace light water and disturb the rate of biochemical reactions in the body.

      From Wiki
    6. Re:Should be looked at regardless by Anonymous Coward · · Score: 0

      The only thing in the body that heavy water might affect is osmosis, so I think that is a very unlikely suggestion

    7. Re:Should be looked at regardless by Mr_Dyqik · · Score: 1

      The article doesn't say that no fusion end-products have been detected, it mentions some detections of helium.

    8. Re:Should be looked at regardless by ciroknight · · Score: 1

      especially if no toxic by-products are produced

      read it again.. he's not saying that it IS toxic, he's saying "if there is no toxic capabilities". Palladium IS toxic at certain levels, and it is required for the process, so I can see his concerns as (at the very least) siteable.

      --
      "Victory means exit strategy, and it's important for the President to explain to us what the exit strategy is." G.W.Bush
    9. Re:Should be looked at regardless by nizo · · Score: 1

      Helium production would be a bonus, since we are currently using up the helium we have. My understanding is once it gets into the atmosphere it floats away and is essentially gone forever. We should quit using it in kids balloons, since it is needed to cool some medical equipment.

    10. Re:Should be looked at regardless by chgros · · Score: 1

      Because it's a purely chemical reaction, the mass of oxygen+fuel is equal to the mass of the exhaust. With the cold fusion cell, for every calorie you put in you get 2.5 calories out, and because it is a nuclear interaction the system system *should* lose a corresponding amount of mass according to Einstein's famous e=mc^2.
      FYI, E=mc^2 doesn't have anything to do with nuclear or not. Even for a chemical reaction you have a mass loss. It's just very small w.r. to the mass of the reactants. I think in the case of fission mass loss is ~ 1/1000, "regular" fusion 1/250

    11. Re:Should be looked at regardless by Anonymous Coward · · Score: 0

      The 250% heat output sounds like a good thing

      From a research standpoint, yes. Without regard to whether or not the ultimate cause of this energy release turns out to be fusion, the ability to get more energy out of a system than you put in is A Good Thing (for people looking for sources of energy anyways).

      From the POV of "free energy for everyone!", it's no more than mildly interesting. To get electricity from heat, you need to go through a Carnot Cyle (real ones run about 34% efficient, IIRC) and an electrical generator (about 90% efficient, IIRC). Multiply those two efficiency and take the reciprical and it turns out you need a Cold Fusion process that produces 3.27 times (327%) the energy that you put into it just to run itself. Then factor in the overhead of running the plant, the cost of the plant itself, and a large enough profit margin for someone to bother laying out the initial funding to build the thing in the first place.

      So, you need to increase the power output of the process to output 500x the input power (or more!) in order to make it feasible as an energy source. Presuming, of course, that it's even scalable enough to be used in a power plant. It might not be possible at all and, if it is possible, it'll be a few decades before you see the first one. Factor in the cost of Deuterium and it might not be any cheaper than current energy sources.

    12. Re:Should be looked at regardless by Short+Circuit · · Score: 1

      As titzandkunt sortof points out, deuterium isn't toxic in small amounts. However, if there were, for example, a major spill of deuterium in a local water supply (think pond or lake in a well-using community), there would be a significant health risk.

      A spill in a lake would have a significant effect on the ecology of that lake. (The D20 would sink to the bottom, having different effects on the organisms down there.)

    13. Re:Should be looked at regardless by fijimf · · Score: 1

      Where does helium come from?

    14. Re:Should be looked at regardless by nizo · · Score: 1
      It can be extracted from natural gas according to wikipedia

      . There is tons of it out in space, the hard part is getting it back here to earth :-)

    15. Re:Should be looked at regardless by Zaak · · Score: 1

      Where does helium come from?

      I believe that most helium found on earth is a product of nuclear decay. Helium is very stable, so many decay reactions release helium nuclei (alpha particles). It tends to collect in the same places as natural gas.

      TTFN

    16. Re:Should be looked at regardless by Anonymous Coward · · Score: 0

      Even for a chemical reaction you have a mass loss. What the fuck are you talking about? The only time there is mass loss/gain is when the nucleus of the atom itself is affected, i.e. a different number of protons and/or neutrons in the nucleus. If the nucleus is unaffected then it is a CHEMICAL reaction!

    17. Re:Should be looked at regardless by chgros · · Score: 1

      What the fuck are you talking about? The only time there is mass loss/gain is when the nucleus of the atom itself is affected, i.e. a different number of protons and/or neutrons in the nucleus. If the nucleus is unaffected then it is a CHEMICAL reaction!
      Go take a physics class.

    18. Re:Should be looked at regardless by juhaz · · Score: 1

      If the nucleus is unaffected then it is a CHEMICAL reaction!

      It is a chemical reaction, but that does not mean there is no mass loss. You can't cheat E=mc^2, it doesn't limit itself to nuclear processes, but is true for all forms of energy, mass is energy and energy is mass, if you get an increase of one form of mass-energy, there must be a decrease in another.

      There is no practical loss, nothing we could hope to measure, which is why "no mass loss in a chemical reaction" is still useful approximation, just as Newton's calculations are still useful approximation, but a loss there is.

  23. Aaargh, not again! by Anonymous Coward · · Score: 1, Insightful
    For Feynman's sake, there's a GREAT BIG COULOMB BARRIER that stops nuclei fusing; this is why so much energy is required to get fusion to occur. There isn't some clever get-out clause that allows you to jump it without paying the full fare!

    Surely there are better things to be spending time and money on?

    1. Re:Aaargh, not again! by meringuoid · · Score: 4, Insightful
      There isn't some clever get-out clause that allows you to jump it without paying the full fare!

      Yeah. Physically impossible. It would be cool if you could just, oh, 'tunnel' through the barrier or something, but that would be absurd...

      --
      Real Daleks don't climb stairs - they level the building.
    2. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      there's a GREAT BIG COULOMB BARRIER

      Don't be absurd (and overdramatic). No one is claiming that a fusion reaction can be achieved with no energy. They're saying that it may be possible to sustain such a reaction without the flagrant waste of energy associated with thermonuclear reactors.

    3. Re:Aaargh, not again! by Anonymous Coward · · Score: 1, Informative

      Nice try, but here's an exercise for you: go and look up `finite square well' in a quantum mechanics textbook. Calculate the tunneling probability for a typical barrier. Become enlightened.

    4. Re:Aaargh, not again! by jklein · · Score: 3, Informative

      Think quantum mechanics/quantum probabilities. 'Tunneling' is a very real possibility. Electron tunneling is widely used in electronics.

      My thinking is that the palladium matrix is somehow modifying the quantum probability functions such that when the matrix is sufficiently saturated with deuterium nucleii, it allows superposition, which gives rise to fusion. I actually came up with this explanation years ago when some people had success and others failed, now it turns out there may actually be evidence to support it.

    5. Re:Aaargh, not again! by j_cavera · · Score: 1

      A bit of explanation is in order. Yes, there is a monsterous barrier to overcome, requiring that the fusing nuclei have upwards of 3.5 keV of energy before they can overcome this barrier. No one is seriously considering that some sort of quantum mechanical tunnelling is occuring. Though that is possible, it is so unlikely, that the fusion rates would be undetectably low.

      However, it is possible that added energy is not evenly distributed among nuclei. If you add a ton of energy (thermal, electrical, or whatever) it is possible that, in certain configurations, a small population will get the lion's share of it. Note that there is macroscopic evidence that this can occur. Sonoluminecence, certain (ocean) wave processes, and some electrical phenomenon are proof of that.

      I am not an advocate of cold fusion - I've only been studying the hot type. I'm just saying that we should hear them out and look at the data - emitted neutrons don't lie!

      --
      #include "humorous_pop_culture_reference.h"
    6. Re:Aaargh, not again! by Solder+Fumes · · Score: 2, Informative

      Yes, but think of the scale here. On the atomic level, it may be possible to have tiny, localized areas where particles can be accelerated to very high speeds. Granted, it would be extremely rare and definitely not generate energy on the scale of hot fusion, which basically depends on having a "nuclei soup".

      How could we get a massive acceleration using only objects that repel each other? This is an interesting experiment: http://www.scitoys.com/scitoys/scitoys/magnets/rin g_launcher/ring_launcher.html. Only a small force is actually added to each element, but the whiplash effect accelerates the last object to high speeds. What if the forces between palladium and deuterium are such that the deuterium atoms are arranged in straight rows and matrices on the surface of palladium? And what if the applied electrical current tugs each atom slightly, which when released allows a cascading whiplash effect on rows millions of atoms long? Pure conjecture, but it illustrates a mechanism by which a few atoms might be accelerated to very high speeds, and in a somewhate accurate linear way (as opposed to hot fusion which hopes for accidental collisions between randomly moving nuclei).

    7. Re:Aaargh, not again! by orb_fan · · Score: 0

      If you are going to quote physics - then please understand what you are talking about first.

      If coulomb barriers required all the energy needed to overcome them, then you wouldn't be using an electronic computer to read this website. A process called quantum tunnelling allows the barrier to be overcome by temporarily borrowing the energy required (in basic terms).

      I believe that cold fusion works by the paladium acting as a catalyst, packing the D closer togther increasing the probability that quantum tunnelling will take place.

    8. Re:Aaargh, not again! by Efreet · · Score: 2, Informative

      No, they don't magically get around the coulomb barrier. Its just that the potential across the surface of an electrolytic cell is enough, in theory, to overcome it. We did the calcs in freshmen materials science.

      --
      This sig wasn't worth reading, was it.
    9. Re:Aaargh, not again! by BytePusher · · Score: 2, Informative

      There is a huge difference though. Most fusion research focuses on the plasma state of the fuel, cold fusion focuses on the liquid state. I don't think anyone is saying that the electric forces do not need to be overcome, but that the probability of overcomming them is great in a liquid. Essentially, imagine 3 people in a 10'X10'x10' room running and jumping around blindfolded as fast as they can. That's "hot fusion". Then imagine 100 people being piled into a 10'x10'x10' room maybe they don't run fast, but there is a lot greater chance one of them is going to get a bloody nose. That's "cold fusion". It doesn't mean it's cold, it just means it's not plasma.
      Aside from that, the charges balance out in cold fusion thus effectively removing the need to add energy for the majority of the collision path, once the nuclei get close enough the cancelling effect becomes very small and then you need to increase the pressure... which is exactly what the electricity is doing.

    10. Re:Aaargh, not again! by Mr+Tall · · Score: 1

      Do you write the technobabble for Star Trek?

      ;)

    11. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      That only applies to a single particle system. Condensed matter systems could involve multiparticle resonant effects that would significantly increase the tunneling probability.

    12. Re:Aaargh, not again! by Urd · · Score: 1

      What if they realized a special case in the saturated electrodes so they start acting like a matrix of molecular (nano-sized) nuclear fuel cells? Being so small the nano-sized nuclear reaction would most likely be not to violent to contain on a tabletop. See, we can all speculate over this, it's easy this is slashdot. Plus doesn't this sound a whole lot a miniaturized pebble bed reactor?

      Actually I wouldn't be all that surprised if nano-technology leads to desktop reactors amongst other things, eventually.

    13. Re:Aaargh, not again! by Solder+Fumes · · Score: 1

      Eh, the last thing we need to do is break the energy barrier for nanites. Fusion-powered goo is not a nice thought.

    14. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      That's just hand waving. Justify that with a calculation, please.

    15. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      It's absurd to claim that Earth is round and sun doesn't orbit Earth.

    16. Re:Aaargh, not again! by k98sven · · Score: 1

      Yeah. Physically impossible. It would be cool if you could just, oh, 'tunnel' through the barrier or something, but that would be absurd...

      Yes, it would.
      For the nuclear Strong Force to come into play, you have to get within 1E-15 m of the atomic nucleus.

      The barrier is of course, inversely proportional to the distance. It's a huge barrier. What makes tunnelling especially bad is that it's exponentially dependent on the mass, potential, and distance involved.

      Let's see..
      Distance: Quite large. The Coulomb repulsion reaches very high forces far before you get anywhere near the nucleus.
      Potential: Very high, see above.
      Mass: Huge. Electrons tunnel a lot. A proton, with 1800 times the mass, does not. There are observed instances of proton tunneling, but not over a coulomb barrier.

      This is absurd, both in theory and from available *reproducable* experiments.

    17. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      You have got to be a troll! Just because you can fit the most buzzwords in a paragraph doesn't make you the expert.

    18. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      a small population will get the lion's share of it.

      Just as tunneling through the coulomb barrier is unlikely, so is this because of entropy.

      Could you be more specific as to which electrical phenomenon violate the second law of thermodynamics?

    19. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      What exactly do you mean? Could you reproduce this calculation?

    20. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      side from that, the charges balance out in cold fusion

      The charges only balance out at long distances, that's why there is a vanderwaals-force, this is simply an induced dipole-dipole interaction due to the fact that the atom consists of positive and negative charges.

      In order for the nuclei to collide however, the electron clouds of the atoms first need to start overlapping. At this point, the interaction in no longer a dipole-dipole interaction, because the exchange interaction between the electrons becomes very large. This is the repulsive core in the vanderwaals model. You have to collide with an even higher energy, in order to even notice the repulsion due to the nuclei. If you have reached this point, you have to collide harder still, in order to reach the attractive part of the interaction potential of the nuclei, which is due to the nuclear processes that make fusion possible.

      People trying to explain why cold fusion is not at all a crazy idea, usually fail to graps the separation of energy and length scales.

    21. Re:Aaargh, not again! by Efreet · · Score: 1

      What exactly do you mean? Could you reproduce this calculation?

      I mean that if a charged duetrium particle is near the edge of the metal, the electric field is sufficient, if the duetrium doesn't collide with anything, that by the time it has passed through the electric field it will be going fast enough to fuse with another duetrium atom.

      Unfortunatly, it was three years ago that I did this, and I can't reproduce the calculations, having filled my brain with too much EE since then.

      --
      This sig wasn't worth reading, was it.
    22. Re:Aaargh, not again! by Anonymous Coward · · Score: 0

      Is that related to the sound barrier?

    23. Re:Aaargh, not again! by k98sven · · Score: 1

      Although you obviously don't really know what you're talking about*.

      I have a longer response for you: here.

      Enlighten yourself.

      (*Assuming that since electrons tunnel, that it is a 'very real possibility' that deuterium can although it's 3600 times heavier and the dependence is inverse-exponential is quite ignorant.)

  24. no such thing. it's CON fusion by swschrad · · Score: 0, Flamebait

    as in CONfidence man. "cold fusion" is an artifact of lousy research with no controls, practiced by people working out of their league, with no understanding of the processes or energies involved, and is much more of a "faith-based initiative" than a laboratory pursuit.

    in other words, bullshit in a bottle being promoted as the sole exception to the laws of the universe.

    there will always be a few folks out... standing... in their field... in the rain. don't be giving them any credence. it's a funding grab by those with no scruples.

    --
    if this is supposed to be a new economy, how come they still want my old fashioned money?
  25. New energy sources always blocked by the industry by Anonymous Coward · · Score: 1, Interesting

    As some of you know Tesla already envisioned a realistic nearly perfect method for harnessing energy from Earth's atmosphere. But that would have destroyed the monopoly of electrical companies and was thus never allowed to come into existence. Cold fusion research was not as promising, but it was nipped in the bud for the very same reason. Progress standing in the way of the profit of a select few.

    Free power? Unheard of. Free software? Unheard - wait a minute!

  26. Re:I'm still waiting for my... by 192939495969798999 · · Score: 1

    Well, a regular fusion reactor requires gigantic magnets and/or lasers, so in short, no. Unless you can cram a multi-megawatt laser into your trunk, or unless cold fusion has some compact form (but we don't have it "working well" yet).

    --
    stuff |
  27. Bob Park by paugq · · Score: 4, Informative

    Oh, shit! This again and again.

    Cold fusion is impossible and Physics have long demostrated it.

    Robert L. Park, the President of the American Physical Society, wrote a book that deals with this and explains it clearly: Voodoo Science. He will probably treat this "rebirth" of the hype on his What's new science column.

    How long until the USA Government understands they cannot beat the Second Law of Thermodynamics?

    1. Re:Bob Park by Vengeance · · Score: 2, Interesting

      I read a rather interesting report some months back, which attempted to explain the 'cold fusion' phenomenon through use of localized time-reversal zones, which were in fact proven a year or three ago. Essentially, the line of argument was that in a temporary time-reversal zone, the forces which keep nuclei apart would act to bring them together, and that when the time reversal went away, the combined 'supernucleus' (or whatever they called it) would spontaneously fuse. Of course, at the time I was following a variety of links, some quite reputable, some much less so, while reading on another topic. However, I can understand that ill-understood low-level physics could conceivably be doing something here we just don't understand.

      I always go by the adage that when a distinguished scientist says something is possible, (s)he is generally right, but that if they say something is not possible, (s)he is generally wrong. To this end I am willing to be skeptical, not only of the looneys, but of the skeptics as well.

      --
      It was a joke! When you give me that look it was a joke.
    2. Re:Bob Park by Anonymous Coward · · Score: 5, Insightful

      I guess I need to bow down to Robert L. Park as God. If he says that "cold fusion" is impossible, then it must be. Physics, of course, knows all -- there's no more problems to solve, and the theories explain everything. If there's an effect observed in some experiment which seems to violate all the theories (that cannot be explained in any way), then the effect DOES NOT EXIST and those who observe it must be executed at dawn for their apostasy and unorthodoxy. Of course, no one will be allowed to reproduce the experiment, and those who attempt to do so will also stand against the wall.

      All hail Robert L. Park, the keeper of scientific orthodoxy!

      I think the article sums it up -- there is clearly *something* going on to produce the excess heat. Apparently the researchers have now figured out how to get more reproduceable results, so others may now verify the effect and thereby focus on studying the effect itself rather than just trying to reproduce it.

      Now what that *something* is, is another matter. Maybe it is a chemical reaction of some sort, or maybe some other energy-release mechanism based on the thermophysical or thermochemical properties of the palladium substrate. Or maybe it is some unusual type of catalyzed nuclear reaction ("cold fusion".) Or maybe it is something else heretofore unknown. Now that the effect appears to be more reliably reproducible, it will now be possible to study the effect itself and solve the mystery. Although I am skeptical it is "cold fusion", it nevertheless appears to be interesting enough to study it in earnest.

      Regarding "the Second Law" as Mr. paugq mentions, I suggest he brush up on his thermodynamics since I assume he is uttering it with respect to energy conservation, which comes under the First Law.

    3. Re:Bob Park by crashedbutterfly · · Score: 1

      Oh well... I don't have a definitive answer, but yet, I have become very open to those kinds of research.

      Maybe not a conversion from 100% to 200% but might be drawing energy from the outside in order to render it somehow usable?

      I'd request the previous poster to have a look at the various test here http://jnaudin.free.fr/

      Is this all bullshit ? I'd say it doesn't fit "pure academic research" but seems interesting nonetheless...

      ECB

    4. Re:Bob Park by Havokmon · · Score: 5, Insightful
      Cold fusion is impossible and Physics have long demostrated it.

      Nothing is impossible. If you think the limit of our knowledge is already in textbooks, you have quite a rude awakening coming.

      --
      "I can't give you a brain, so I'll give you a diploma" - The Great Oz (blatently stolen sig)
    5. Re:Bob Park by Xoro · · Score: 2, Insightful

      The second law of thermodynamics is more abused on slashdot than copyright law.

      Or do you think fusion bombs have to use five million tons of TNT as primer to release the other five megatons of energy?

      --
      Kill, Tux, kill!
    6. Re:Bob Park by FoboldFKY · · Score: 1

      This is so true. Scientists are always making stuff up because they just can't deal with reality.

      Like this whole "the world is round" jazz--everyone knows the world is flat! If it was round, we'd all fall right off... well, the people on the non-up side, anyway.

      And going to the moon? That was so fake. Everyone knows people can't fly.

      And don't even get me started on "imaginary" numbers...

      ---

      While our current knowledge may say it's not possible, the human race has been wrong before, and we will undoubtedly be wrong again...

      --
      We're geeks... We're the sorcerers of the modern-day world. --
    7. Re:Bob Park by gilroy · · Score: 1
      Blockquoth the poster:

      which attempted to explain the 'cold fusion' phenomenon through use of localized time-reversal zones, which were in fact proven a year or three ago

      Oh, I think you really have to supply a link or three to back that up, or a reference to an actual peer-reviewed paper. Reading the back of comic books does not count.
    8. Re:Bob Park by Jugalator · · Score: 1

      Robert L. Park, the President of the American Physical Society, wrote a book that deals with this and explains it clearly: Voodoo Science. He will probably treat this "rebirth" of the hype on his What's new science column.

      Wow, I didn't know Robert was yet another idiot.

      When will some physicians learn?

      Even if our current theories says something is impossible, that has nothing to do with if it actually is.

      It's a bit scary he has such a high position as well. :-/

      --
      Beware: In C++, your friends can see your privates!
    9. Re:Bob Park by Proteus · · Score: 5, Funny

      Nothing is impossible.

      Oh yeah!?! What about Cold Fusion! Hah!

      --
      We may not imagine how our lives could be more frustrating and complex—but Congress can. – Cullen Hightower
    10. Re:Bob Park by Anonymous Coward · · Score: 0

      Uh, physician != physicist. You are a moron.

    11. Re:Bob Park by Anonymous Coward · · Score: 0

      Uh, "impossible" as in : done 50 years ago?

    12. Re:Bob Park by Mr_Dyqik · · Score: 1

      physicists, not physicians.

      Ones good for what ails you, the other prefers a good ale

      (in this particular case. General appreciation of ale amoung physicists is not guaranteed. If you do not keep up repayments on you mortgage we will come round and eat your pets)

    13. Re:Bob Park by Mr_Dyqik · · Score: 4, Insightful

      What, "entropy tends to increase in a closed system"? I think you mean first law of thermodynamics. "When _all_ energy forms are taken into account, energy is neither created or destroyed in a closed system".

      This isn't about creating energy from nothing, it's about finding a suitable high entropy form of energy to convert to lower entropy kinds, thus allowing physical processes to occur. Physics cannot prove anything impossible by the way, but it can measure how unlikely something is.

    14. Re:Bob Park by srleffler · · Score: 2, Insightful
      I'm skeptical about cold fusion too, but unlike most "free energy" schemes, if cold fusion worked as claimed it would not violate the second law of thermodynamics, for the same reasons other nuclear reactions don't.

      It is impossible to say with scientific rigor that cold fusion is "impossible". It doesn't seem likely under current theory, but one can never rule out errors in our current theoretical understanding. The quantum mechanics of solids (like the palladium lattice) are complicated. It's possible (though unlikely) that there is something going on there that we don't yet understand.

      I don't think cold fusion is likely, but if researchers are now getting reproducible results, the effect they are observing merits a second look. It might not be fusion. It might be some other interesting effect. Whatever is going on, if it is reproducible it can be studied by science, and will become better understood with time. If the effects turn out not to be reproducible still it will quickly die again, and little will have been lost by checking.

    15. Re:Bob Park by Anonymous Coward · · Score: 0

      > > Nothing is impossible.
      > Oh yeah!?! What about Cold Fusion! Hah!

      Nah, Cold Fusion is simple as dirt. Granted, it's not PHP or JSP, but it does a reasonable job of helping you build webapps. ;-)

    16. Re:Bob Park by arashi+sohaku · · Score: 1

      Try slamming a revolving door...

      Other than that, I agree. ;)

      --
      No .sig for me, I'm trying to quit.
    17. Re:Bob Park by k98sven · · Score: 1

      Nothing is impossible.

      So it's not impossible that that cliché is wrong, then.

      If you think the limit of our knowledge is already in textbooks, you have quite a rude awakening coming.

      Straw man.

    18. Re:Bob Park by cmefford · · Score: 2, Insightful

      Pretty much all technology that we currently take for granted was at one time considered impossible by rational people working with the tools of the time, which were not too bad. And, they were usually first postulated by folks who were not widely held to be rational. So, 'the mere impossibility of a task, is a poor excuse for a lack of enterprise in it's undertaking.'

    19. Re:Bob Park by danila · · Score: 1

      It is possible that the idiot is your parent. May be the book by this Robert is a rational and logical treatise on a very real problem of pseudo-science and some valid critique of the original "science by press-conference" practice. It is entirely possible that he is a good scientist and will rejoice in his next column over the fact that scientific process is returning to the field of cold fusion.

      Let's be optimistic.

      --
      Future Wiki -- If you don't think about the future, you cannot have one.
    20. Re:Bob Park by cryms0n · · Score: 1

      So it's not impossible that that cliché is wrong, then.

      Yes, it's possible that something is impossible. I don't know the parent poster, but I'd imagine he could easily concede this.

      Straw man.

      Okay, besides throwing out fallacies, can you make a reasonable argument that we are at the limit of our knowledge?

      Rewrite as:

      If you think humanity is at the pinnacle of knowledge, you have quite a rude awakening coming.

      So, hah (arms akimbo).

      Cheers,
      Rob

    21. Re:Bob Park by Anonymous Coward · · Score: 0

      When a distinguished but elderly scientist states that something is possible he is almost certainly right. When he states that something is impossible, he is very probably wrong.

      Clarke

    22. Re:Bob Park by CommieLib · · Score: 1

      This, though way cool, is actually a totally different kind of fusion.

      Research continues on this to this day, mostly by amateur researchers (here's a good link). The general understanding is that you can absolutely produce fusion, you just can't break even in terms of energy.

      --
      If your bitterest enemies are people who hack the heads off civilians, then I would say you're doing something right.
    23. Re:Bob Park by Anonymous Coward · · Score: 0

      No, just try to do work with all that 5 megatons of energy. IAACE(chemical engineer).

    24. Re:Bob Park by Christopher+Thomas · · Score: 1

      Cold fusion is impossible and Physics have long demostrated it.

      Nothing is impossible.

      Both of these statements are silly.

      What we _can_ say about P&F "cold fusion" is that we have not been able, despite much trying, to produce convincing evidence of nuclear fusion in apparatus along the lines of the P&F "cold fusion" cells. The anomalous heat production almost certainly comes from something else.

      As far as "nothing is impossible" is concerned, while from a philosophical perspective that statement is true, in practice, some physical laws (most of the ones taught in the textbooks that you ridicule, for instance) have been tested thoroughly enough that it's extremely unlikely they'll be violated in their domain of applicability. Step off a cliff, and you'd better have a bungee cord handy, because gravity isn't going to be repealed any time soon. Similarly, we've been studying nuclear effects for pretty much all of the 20th century. We know with confidence how excited nuclei drop to their ground states, and the fact that we haven't seen evidence of this in P&F "cold fusion" cells shows pretty conclusively that whatever's happening isn't fusion.

      Anyways, that's my rant for today.

    25. Re:Bob Park by k98sven · · Score: 1

      Okay, besides throwing out fallacies, can you make a reasonable argument that we are at the limit of our knowledge?

      No, and I wouldn't either. But saying that one thing is impossible does not mean you need to know everything. Some things are known with greater certainty than others.

      We know for instance that the earth currently isn't a flat disc. That's hardly something which is going to change, no matter how many scientific paradigm shifts come and go.

      So my point is: To the degree anything can be known*, some things are so well-known that they are certain. And that applies just as well to possiblities as to impossibilities.

      *Sure, you can deny that anything can be known at all, but then you're back in the swamp of philosophical scepticism. Which doesn't lead anywhere, because you can't build any knowledge or descern any thruths from it. It is also dishonest because people do not act as if nothing were certain. (The why-are-you-talking-to-me-if-you're-not-sure-I'm-h ere-argument.)

      Saying "nothing is impossible" is in itself a logical fallacy of the exact same type as the scepticist "nothing is certain", and like it, it doesn't lead to any knowledge.

    26. Re:Bob Park by Buelldozer · · Score: 1

      Logically nothing can be PROVEN to be impossible. Anyone who claims to have such proof is a quack of the highest order. Your quotation of the 2nd Law of Thermodynamics proves nothing besides your lack of understanding of the scientific process.

      The Laws of Thermodynamics will probably eventually have to be folding into a larger concept of some kind. Much like "General" Relativity enveloped specific subsets of Newtonian physics.

      At one point in history it was generally accepted physical theory that it was IMPOSSIBLE to sail around the world. (You would fall off).

      Other generally accepted impossible scenarios include Heavier than Air Flight, compression ratios above 10:1 in an internal combustion engine, cloning, manned flight to the moon, the earth as anything but the center of the universe, and on ad nauseum.

      History is piled high with the corpses of "impossible" things. Time changes all things, and what was once "impossible" is now commonplace.

    27. Re:Bob Park by Anonymous Coward · · Score: 0

      Nothing is impossible-- not if you can
      imagine it. That's what being a scientist is all about.

      -- Professor Hubert Farnsworth

    28. Re:Bob Park by Anonymous Coward · · Score: 0

      everyone knows the world is flat! If it was round, we'd all fall right off...

      This is a common misconception...

      People in Australia are falling off all the time.

    29. Re:Bob Park by Anonymous Coward · · Score: 0
      Cold fusion is impossible and Physics have long demostrated it.

      Saddly, you cannot disprove anything that easily. You can only say that something doesn't work in such and such conditions. Do you know how many failures the Scotts made before Dolly the sheep was born?

    30. Re:Bob Park by angel'o'sphere · · Score: 1

      Hm,

      you link a lot of articles. Did you read them?

      Yould you please point out the relation to the second law of thermodynamics? I can see it.

      Cold fusion basicly has nothing to do with the second law of thermo dynamics, IMHO.

      angel'o'sphere

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    31. Re:Bob Park by Anonymous Coward · · Score: 0

      Was that supposed to be hard? First time I tried and succeeded immediately. A bit more difficult with right hand.

    32. Re:Bob Park by cryms0n · · Score: 1

      I think the key here is your assertion that "some things are so well-known that they are certain."

      I would trust that you would agree with me that we don't quite have the same handle on fusion physics that we do on, say, Newtonian physics (and the Earth being flat).

      "Nothing is impossible YET as far as cold fusion is concerned." is a very valid statement. Especially considering our still limited grasp on physics.

      I think this addition is also pretty easy to infer from the original poster (if you pause and think for a second).

      Cheers,
      Rob

    33. Re:Bob Park by Proteus · · Score: 1
      Nothing is impossible-- not if you can
      imagine it. That's what being a scientist is all about.

      -- Professor Hubert Farnsworth
      "No, that's what being a magical little elf is all about!" -(The above Professor's Clone.)
      --
      We may not imagine how our lives could be more frustrating and complex—but Congress can. – Cullen Hightower
  28. Made in China by agtorange · · Score: 1

    I'll stick to my pebble bed reactor.

    1. Re:Made in China by Anonymous Coward · · Score: 0

      Pebble bed reactors are also not the panacea that people are seeking. Before you stake your life on pebble bed reactors, perhaps you should read: http://www.tmia.com/pebbles.html TDz.

  29. Pseudoscience Warning Signs by Critter92 · · Score: 5, Interesting

    1) The research will only go forward with more funding 2) SRI International is involved ("No, really, Uri Geller *is* a psychic!") 3) "Mike McKubre from SRI International, in Menlo Park, Calif., a respected researcher who is influential among those pursuing cold fusion" is not the same as "Mike McKubre, a respected researched who is also working on cold fusion" 4) It's an election year and DOE, hardly a bastion of good science under Bush, is about to announce Cold Fusion is workable at a time of record world oil prices?

    1. Re:Pseudoscience Warning Signs by daves · · Score: 1

      Did I just read that George Bush is to blame for Cold Fusion?

      I can't wait till Election Season is over.

      --
      People who disagree with you are not automatically evil, greedy, or stupid.
    2. Re:Pseudoscience Warning Signs by Anonymous Coward · · Score: 0

      No, you just read whatever you want to see. Republican.

    3. Re:Pseudoscience Warning Signs by Anonymous Coward · · Score: 0

      Wait, /. is even bothering to run a story where the organization involved thinks Uri Geller is for real? What's next, homeopathy for geeks?

    4. Re:Pseudoscience Warning Signs by bill_mcgonigle · · Score: 1

      SRI International is involved ("No, really, Uri Geller *is* a psychic!"

      And Doug Engelbert was at SRI for a while. He invented the GUI, mouse, hypertext, and a few others in the 50's.

      Which proves nothing, same as your example. Of course, character assassination is the favored technique of the opponent who dislikes the message but has no substanative argument to back his position.

      Besides, we invaded Iraq for the Oil so Cold Fusion won't be very relevant, will it?

      --
      My God, it's Full of Source!
      OUTSIDE_IP=$(dig +short my.ip @outsideip.net)
  30. Re:no such thing. it's CON fusion by Anonymous Coward · · Score: 0

    And yet again, someone does not read the article.

    The scientists are getting reproducable results now. How is that a "funding grab by those with no scruples"? It seems as though the scientists are working hard on this and they can show results even though they are still having trouble explaining those results. That is what the funding is for, to find out the explanations and to see if this effect can be of any use.

  31. Utah Connection by Mateito · · Score: 4, Funny

    Pons and Fleischmann, the original perpertrators of Cold Fusion, were from the University of Utah.

    What's the bet that this "re-birth" of Cold Fusion has something to do with SCO?

    Judge: Mr McBride, do you have anything to say before the jury adjourn to find you guilty and sentence you to death by stoning?

    Darl: Look! Excess neutrons!

    Jugde: Where? [Looks away]

    Darl: [Exit, stage left]

    1. Re:Utah Connection by Anonymous Coward · · Score: 0

      Yeah, nothing good (like the artificial heart) could come out of the University of Utah...

    2. Re:Utah Connection by Anonymous Coward · · Score: 0

      I admint - I laughed.

      But it was to the tune of "What the hell?!"

  32. it was "telcom CEO" math, not cf by swschrad · · Score: 1

    the magic numbers were "projections" from a single observed incident, based on the differential voltage across a "cf cell" going down so they didn't have to pump more current in to generate the "excess heating."

    in other words, they pulled the numbers out of their ass, and played that card for almost five years.

    there is a very good reason the "two pioneers" fled the country, and no good reason they weren't extradited to face felony fraud charges, IMHO.

    BOOOOOO - gusssssss. whores of "science", both of 'em.

    --
    if this is supposed to be a new economy, how come they still want my old fashioned money?
    1. Re:it was "telcom CEO" math, not cf by CrimsonAvenger · · Score: 1
      felony fraud charges

      Just out of suriousity, who did they defraud?

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    2. Re:it was "telcom CEO" math, not cf by Ezmate · · Score: 1

      Fled the country? Hardly - they just went to laboratories that were willing to fund them.

      Unfortunately for them, their initial findings were presented so quickly & so spectacularly (yes, their own fault) that the entire US scientific community turned on them when results couldn't be confirmed quickly. This led to little funding in the US.

    3. Re:it was "telcom CEO" math, not cf by mangu · · Score: 1
      who did they defraud?


      I don't know the exact names, but they defrauded anyone who invested in researching the so-called "cold fusion". It's an old trick, claiming an astonishing scientific discovery, that only needs a few millions invested in research to bring billions in profits. The "scientist" also is reluctant to reveal exact details of his "invention" because he is afraid of some powerful interests who want to kill the new technology in order to protect the old establishment. He will promise to disclose his secrets to someone who is willing to write a blank check, but he always needs more financing because the research never seems to get anywhere. When the investor becomes too suspicios to write any more checks, the inventor disappears.


      Science doesn't work that way. There are no "breakthrough" discoveries. What seems to be a sudden break from the past is actually a slow process done along several years or decades. The only reason some discoveries appear to have heppened all at once is because the general public isn't aware of the research process going on. Take relativity, for instance. Its origins come from research done in electromagnetism in the first half of the nineteenth century, when it became obvious that some effects didn't obey strict newtonian physics. Maxwell's equations, the Michelson-Morley experiment, the Lorenz contraction, were some of the intermediate steps in going from newtonian to relativistic physics. Yet, in the lay person's mind, the Theory of Relativity was created suddenly by Einstein in 1905.


      Perhaps Fleischmann and Pons wre innocent of any scam, but they acted in a way that was suspiciouly similar to the modus operandi of some fraudsters.

    4. Re:it was "telcom CEO" math, not cf by CrimsonAvenger · · Score: 1
      I missed the part where they asked for (and got) lots of money from someone to research cold fusion.

      I think I also missed the part where they were reluctant to reveal exact details. As I recall, they wanted it confirmed, and were rather put out when noone else could duplicate their results.

      There are no "breakthrough" discoveries.

      Not sure I agree with this. Sure, things build on other things. But relativity made some profound changes in our view of the universe, that had not been there before (specifically, that Time progressed at varying rates within the cosmos). I'm not entirely sure, but can't think of any conception of the possibility that time was other than an invariant before Einstein published Special Relativity.

      Well, I should qualify that. The Time Machine, by HG Wells came along seven years earlier, I believe.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    5. Re:it was "telcom CEO" math, not cf by mangu · · Score: 1
      can't think of any conception of the possibility that time was other than an invariant before Einstein published Special Relativity


      Time variance is the basis of the Lorenz transform, created, as its name implies, by Lorenz. This transform was created to explain the results of the Michelson-Morley experiment, according to which the speed of light measured near the Earth's surface is the same in all directions.


      This was a somewhat unexpected result, because the Earth is moving with relation to the Sun and other celestial bodies. If the speed of light were a constant in some frame of reference outside of the Earth, then it would have different measured values on the Earth surface, depending if you measured it crosswise or along the Earth's movement in that frame of reference. OTOH, if the speed of light were fixed with relation to the Earth itself, there should exist other effects when observing celestial bodies.


      Several different explanations were given to the Michelson-Morley experiment results, and the Lorenz transform was one of the "best", i.e. most coherent with the known physics of the time. Einstein's special relativity is heavily based on the Lorenz transform.

    6. Re:it was "telcom CEO" math, not cf by CrimsonAvenger · · Score: 1
      Okay. I had remembered the Lorenz-FitzGerald contraction, but not that time was included.

      It's a shame that that wasn't done after fluid dynamics got going good, or someone might have hypothesized that a boundary layer event was causing the light to have the same apparent speed in any direction near the Earth's surface. ;-)

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    7. Re:it was "telcom CEO" math, not cf by mangu · · Score: 1
      someone might have hypothesized that a boundary layer event was causing the light to have the same apparent speed in any direction near the Earth's surface.


      Actually they did consider that possibility, but it was rejected because it would have some side effects. For instance, there is some slight alteration in the stars positions as viewed from the Earth in different times of the year, because the Earth is moving on opposite directions with relation to the stars, after a six-month interval. This small yearly change in the angle the light reaches the Earth's surface is not consistent with the boundary layer hypothesis.

  33. When I said megawatt, i meant terawatt by 192939495969798999 · · Score: 1

    For example, the Nova fusion laser produces 16 *T*rillion watts of laser light.
    http://www.llnl.gov/str/Remington.html

    The new one will be even more: "NIF will generate up to 750 trillion watts of laser light."

    Dang! That's definitely not fitting in my trunk.

    --
    stuff |
    1. Re:When I said megawatt, i meant terawatt by mfago · · Score: 1

      The new one will be even more: "NIF will generate up to 750 trillion watts of laser light."
      Dang! That's definitely not fitting in my trunk.


      Have you seen NIF? It's larger than most sports stadiums.

  34. China will be pissed by SlashDread · · Score: 1

    Didnt they just order boatloads of the now previous year model?

    "/Dread"

  35. Good news / Bad news by HungSoLow · · Score: 2, Insightful
    This is great news to hear more research and interest into Cold Fusion. We need to remove dependancy on polluting / expensive resources, and we all know gas and oil is a double culprit.

    What worries me is the military interest. It's all a push to build bigger and better ways to kill people, now powered with more efficient means! Don't get me wrong, historically we have many great things coming from military driven technology (space program, wireless comm., nuclear power, etc.) but at what cost?

    1. Re:Good news / Bad news by Ignignot · · Score: 2, Informative

      Well I have karma to burn so I'll respond to the troll:
      News flash HungSoLow - energy production will always be expensive and produce pollution. There are no magic ways to avoid paying the toll for power! There is simply no way that a couple of electrodes (the production of which produce quite a bit of pollution) and some carefully refined heavy water (the process of refining produces quite a bit of pollution) produce more energy than goes in. Right now this is all pie in the sky science - some fusion is taking place maybe (cold fusion is not new to science, but producing energy with it would be) but there is simply no way that this will ever turn out to be some sort of magic power source that never runs out. And then your segue into military technology is priceless - if somehow we did create power from basically nothing, your worry is that the military might use it??? You're not worried about the fact that every economy would probably crash overnight, that war would almost certainly follow, and that it wouldn't be a dinky war but something along the lines of WWIII?

      --
      I submitted this story last night, and it didn't get posted.
    2. Re:Good news / Bad news by cybrthng · · Score: 0, Troll

      And to think all this time i thought the bad economy was to blame for Bush, when in reality someone is just sneaking in some cold fusion.

      Who woulda thunk it!

    3. Re:Good news / Bad news by HungSoLow · · Score: 1

      I don't think you see the whole picture. It's pretty obvious there will always been pollution with whatever source you derive your power from, but it's all relative. The process for using Coal for power has a far greater pollution factor than preparing some electrodes and extracting heavy water. I mean, heavy water extraction pollution is minimal, requiring distillation and electrolysis (which can be done with Solar). Obviously, somewhere along the line there needs to be pollution (creating solar panels, as an example) but you're comparing two uneven pollution levels to each other. From discovery, to extraction to consumption, Fossil Fuels (Coal, Oil, Gas) contribute more pollution than any other power source, current and future concept sources.

  36. Slow down by Oligonicella · · Score: 2, Insightful

    Palladium, tritium? Even if they can consistently get more heat out than energy in, that only describes the current event.

    It does not describe the entire economic input. That palladium and tritium has to come from somewhere, and it's expensive.

    Until this can be done with non-exotic materials, it will probably be a push as its worthiness.

    1. Re:Slow down by Anonymous Coward · · Score: 3, Insightful

      Tritium is a byproduct of the reaction, not a required fuel source. What they need it deuterium. Also moderately expensive to produce, though.

    2. Re:Slow down by CrimsonAvenger · · Score: 2, Insightful
      As I understand, the palladium is a catalyst to whatever happens, and is not consumed in the process. Question is whether it generates more energy than (input + extraction of deuterium from H2O + saturation of Pa electrodes).

      Actually, even that isn't the question. The question is "can we come up with a theory to explain "cold fusion"?"

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    3. Re:Slow down by BytePusher · · Score: 1

      Palladium isn't that difficult to get ahold of. Have a crown?(for your teeth) It probably has palladium. Ever swam in the ocean? Oops, you've got a bit of deturium in you. Seems like you've got all you need! Into the cold fusion plant you go!

    4. Re:Slow down by Geoff-with-a-G · · Score: 1

      Until this can be done with non-exotic materials, it will probably be a push as its worthiness.

      The important question isn't "Can I do this with cheap materials?"

      The important questions is "Is it scalable?"

      If you could give me a cold-fusion-machine made out of $10 worth of Radio Shack parts, which lets you put in 1 Watt and get out 2.5 Watts, that's a novelty. If you give me a machine that costs a billion dollars in materials, but lets you put in a Gigawatt and get out 2.5 Gigawatts, that's a world-changing invention.

      As for the "until" part, the next step isn't cheapening the process or scaling it. The next step is understanding it.

    5. Re:Slow down by Teancum · · Score: 1

      I think the Radio Shack model is more like what will really happen. The scaling issue is huge, and the current cost ($/kw) certainly isn't there. Even silicon solar electric cells don't produce in their lifetime the amount of energy needed for their production, so it may not be an issue here either. Still, you would then have to consider energy density (kw/m^3) where cold fusion still doesn't seem as attractive as composting cow manure, where the products are very well understood and can be used with existing equipment.

      Cold Fusion, which some nuclear reactions do occur, is strictly a novelty at the moment. Fully understanding the physics behind how it works should make some interesting papers in physics journals, and the ability to control a fusion reaction electronically is interesting too. It might eventually be the basis for a neutrino emitter (for communications), but I don't see it as a power source.

      It was precisely because of its potential as a power source that prompted all of the attention. I hope that something that could generate power on the Gigawatt scale could be made, even if it requires element 118 (something similar to Unobtainium). Even the most fantastic weird junk science researchers aren't even claiming that sort of energy production.

  37. Still hipe for now. ( But would so good!) by zijus · · Score: 1

    Cold Fusion Back From the Dead. U.S. Energy Department gives true believers a new hearing Later this month, the U.S. Department of Energy will receive a report from a panel of experts on the prospects for cold fusion--

    Mind yourself. For now this annouce is actually void. I can annouce that I have by the end of the month a vaccin against AIDS. What good does that do ? What value does that bring ?

    This cold fusion subject is so senstive that, we shouldn't regard any void annouce.

    Don't get me wrong. I don't discuss it is possible or impossible. I just underline the fact that there is a need of 1) reprocductible 2) proved stuff.

    Critics say that the extravagant claims behind cold fusion need to be backed with exceptionally strong evidence, and that such evidence simply has not

    Wafle. There is no such a thing as a strong evidence or "exceptionnaly". An evidence is or is not. Period. This vocabulary shows we are chatting rather emotionnaly. The idea that "pioneres" were "silenced" is just wrong. Pioneres had and have to repoduce something. Period.(Now for a bit of subbjective point of view: I am thriled at the idea it could come this way.)

    Z.

    1. Re:Still hipe for now. ( But would so good!) by Anonymous Coward · · Score: 0

      Well, you, as in individual, are not really as credible as a panel of experts presumably selected by the DoE, which I would assume uses reasonable selection criteria. So I would be more likely to trust that the report is worthwhile than that you have produced an AIDS vaccine.

      Presumably by "exceptionally strong" they meant the body of evidence, not a particular single observation. So they could mean "produce a great deal of evidence" rather than produce "some evidence". It's a question of probabilities: exceptionally strong evidence would suggest a lower probability of alternative explanations. (And a even an individual piece of evidence can be evidence of many things, each of which has some probability; since they want to eliminate those other probabilities, it's quite reasonable, in my opinion, to talk about the strength of the evidence.)

    2. Re:Still hipe for now. ( But would so good!) by Anonymous Coward · · Score: 0

      You impressive grammar and spell. You no impressive argue.

  38. Re:I'm still waiting for my... by Mr_Dyqik · · Score: 1

    ITER will have a toriodal vacuum vessel 150 m^3 in volume, plus superconducting magnets and the associated cryogens. JET and its support buildings are about the size of a sports stadium, and that's smaller than ITER will be. See the latest(?) issue of Scientific American's (apparently they do exist) article on big science machines for an idea of the scale.

    The best bet for powering a car is H/O fuel cells, but you still need to supply power to produce H and O first. For that you use big power plants and a grid, or decentralised power generation systems like solar cells.

  39. Re:I'm still waiting for my... by superstick58 · · Score: 1
    Nuclear reations themselves don't produce electric current. The benefit of fission is that it produces large amounts of heat with small amounts of fuel. This heat is used to turn the turbines that generate electricity similar in all types of power plants. I don't know how it could realistically be used in a vehicle. Besides that, even if nuclear waste was small, it would still pose a problem.

    Fusion has a similar benefit in that small amounts of fuel produce large amounts of energy. The current problem is that more energy is needed to create a controlled fusion process than is derived from the reation thus there is no benefit to creating the fusion reaction.

    Something as small as a car will not likely be powered by any type of nuclear reaction, fusion or fission. Cold fusion, however, would allow us all to plug our electric vehicles in at night and suck up lots of energy for a small price and with no waste produced by the power plant.

  40. Gas is still cheaper by fk319 · · Score: 1

    at about $2 US, for a ml of heavy water at 99.99% pure, it will be a while for this to power our cars. At least there is an 'interesting effect' to watch for.

    1. Re:Gas is still cheaper by clonan · · Score: 1

      yes, but that mL will drive your car for over 1000 (big number pulled out of the air) miles....

      I'd say .2 cents per mile is pretty good.

    2. Re:Gas is still cheaper by Anonymous Coward · · Score: 0

      Unless you can drive 5000 km on a ml of heavy water!

    3. Re:Gas is still cheaper by harlows_monkeys · · Score: 1
      Gas is a lot more expensive than you think, because it has large externalities.

      What that means is that there are costs associated with gas that aren't paid directly by the producers or users of it, but rather are passed off on to others.

      An example of an externality is pollution. For instance, suppose you've got two competing factories. One is next to a river, and dumps their waste into the river. The other is not, and has to pay to haul the waste away. The first factory might be able to make stuff to sell for lower cost, because they aren't paying to have waste hauled away. However, that waste might kill fish (costing fishermen downstream) and require downstream cities to spend more on filtering their water. Stuff from the first factory ACTUALLY costs more than stuff from the second factory, but some of that cost is shifted to non-consumers of the factory's products (e.g., the fishermen, and then downstream cities).

      Gas has huge externalities. For example, pollution lowers crop yeilds, so we all pay more for food. Yes, most other sources of energy also pollute (for instance, burning coal to run a power plant). However, if you produce electricity in one place and use it somewhere else, you can confine the pollution to where the electricity is produced. With gas, you pollute where you use it, so we spread the pollution all over the place.

      Another example is much of our military budget. If we didn't value the Mideast as a gas-producing region, we would have a lot less interest in what goes on there, and in much of the rest of the world.

      Some studies I've seen cited put the real cost of gas at something like $10/gallon, which is more than many of the alternatives. However, the alternatives don't have big externalities to drive their price down, so to be widely adopted they have to not only beat the real cost of gas, but the artificially low price we have now.

    4. Re:Gas is still cheaper by ArsSineArtificio · · Score: 1
      at about $2 US, for a ml of heavy water at 99.99% pure, it will be a while for this to power our cars. At least there is an 'interesting effect' to watch for.

      Gasoline would be pretty expensive too if they made it by the milliliter. The term is 'economies of scale' - practically anything becomes cheaper if it's manufactured in enormous volumes.

      --
      All employees must wash hands before seeking equitable relief.
    5. Re:Gas is still cheaper by Dastardly · · Score: 1

      at about $2 US, for a ml of heavy water at 99.99% pure, it will be a while for this to power our cars. At least there is an 'interesting effect' to watch for.

      But, since fusion reactions result in something like a million times the energy per unit of fuel than chemical reactions. It is the equivalent energy of about 1000L of gasoline.

  41. I thought that everyone knew... by Chess_the_cat · · Score: 1

    ...that cold fusion was a hoax.

    --
    Support the First Amendment. Read at -1
  42. Monkeys and typewriters ... by Anonymous Coward · · Score: 0

    Conventional science has spent a gazillion dollars on ginormous reactors trying to create hot fusion.

    Given that cold fusion experiments cost about a buck each, we can finance enough experiments that, on the basis of statistics, one of them should work.

    OK I exaggerate a bit but it seems to me that if we spend even one percent of what we have spent on hot fusion, it would be a good gamble. Besides, these guys seem to be turning up new science even if they aren't achieving cold fusion.

    1. Re:Monkeys and typewriters ... by turgid · · Score: 1

      You, sir, have a clue. I fear that means you will not be modded up.

  43. Perpetual motion ... by Dark$ide · · Score: 2, Funny

    ... In the next Slashdot story perpetual motion is shown to be possible.

    --

    Sigs. We don't need no steenking sigs.

  44. Faith Based Science... by feloneous+cat · · Score: 1

    ... works great if you are a true believer... Oh, yeah and forget all about the scientific method.

    This looks like another way of "pretending" we are doing something about the energy issue while in fact funding companies to put out bogus results. Meanwhile the price of oil and gas will continue to rise.

    --
    IANAL, but I've seen actors play them on TV
  45. Science working again? by harlows_monkeys · · Score: 5, Informative
    Here's an interesting article, written about 10 years ago, by David Goodstein of Caltech, pointing out that the scientific process was not working correctly with cold fusion. (Basically, almost all CF was junk, but there were a couple of results by careful and competent experimenters, that should have been examined more deeply, but were dismissed as part of the "it's all junk" reaction).

    The article is a good look at the whole CF phenomenon as of 1993.

  46. What a deal! by Gentlewhisper · · Score: 0

    So I can travel from Australia to the US for a little more than one bottle of heavy water? /me sells stocks to airline companies!

    1. Re:What a deal! by meringuoid · · Score: 1
      So I can travel from Australia to the US for a little more than one bottle of heavy water? /me sells stocks to airline companies!

      /me buys stocks in airline companies. Or do you think a dramatic drop in their operating costs will be a problem for them?

      --
      Real Daleks don't climb stairs - they level the building.
    2. Re:What a deal! by Gentlewhisper · · Score: 0

      Hmmm... I'd see massive competition!

      Every yahoo can now travel for cheap!

    3. Re:What a deal! by meringuoid · · Score: 1
      Every yahoo can now travel for cheap!

      Only if they can buy and pilot an aircraft.

      That said, I can't see cold fusion providing an aircraft fuel. If it works, you get hot water. What are you going to do with that? Power the plane with a steam rocket? Then suddenly your fuel, while certainly cheap, is heavy... Let it boil and expand and run a piston engine, maybe... how do gigantic prop-driven, cold-fusion powered flying boats grab you? ;-)

      --
      Real Daleks don't climb stairs - they level the building.
  47. Makes me think of Tetris by Dutchie · · Score: 1, Interesting

    Imagine how much energy you'd have to inject into those blocks if they're not positioned right.

    But once you position them right, they slide right in.

    Perhaps the way the molecules bump into each other is influenced in a similar way and they don't need to be smashed into each other at incredibly high temperatures.

    --
    • Imagination is more important than knowledge.

      • -- Albert Einstein
    1. Re:Makes me think of Tetris by Solder+Fumes · · Score: 1

      Think of this and then imagine rows and matrices of deuterium atoms, millions long, lined up on the surfaces of palladium, tugged different ways by electrical current. Those last few atoms on the end of a row might be moving pretty fast.

    2. Re:Makes me think of Tetris by zardinuk · · Score: 0

      I was thinking the same thing. It's like trying to get your kids to clean their room by locking them in there (and turning up the heat, hah, jk), as opposed to giving an incentive to do it. I was thinking that it aught to be easy to draw the atoms together using electro-magnetic force (attraction), but then I thought it probably doesn't work beyond the electron cloud, right? Maybe I'm wrong. Anyways, it could also be possible to fuse atoms using the infamous carbon nano-tube, like a batter with a million tubes acting like a million linear accellerators.

      --

      "What the superior man seeks is in himself; what the small man seeks is in others."
      - Confucius

  48. Would be better to... by tyroneking · · Score: 0, Flamebait
    ...mandate fuel efficient motor vehicles, build more nuclear power (the natural, almost God-given, successor to fossil fuels) stations and solar/wind/wave farms.

    Fusion is FUD ...

    1. Re:Would be better to... by Anonymous Coward · · Score: 0

      what about nuclear waste?

      I for one do not want a nuclear waste holding center near my town.

  49. yeah funding isn't required, but it sure helps... by sevinkey · · Score: 1

    if I could get funding, I'd quit my job today and start working on maybe using computers to improve the effeciency of solar panels by pointing at the sun better or something... (top of my head example sorry)

    I'd like to thing if others had these kind of opportunities, we'd see some fruits.

    but I agree, gov't dole for science isn't required.

  50. Why cold fusion? by Dr.+Bent · · Score: 1

    IANANP (I am not a nuclear physicist), so forgive me if this is a stupid question, but what exactly is the problem with regular old "hot" fusion? Is it just the containment problem? Why can't you regulate and contain a small fusion reaction with control rods or some other mechanism like you can with fission?

    1. Re:Why cold fusion? by norkakn · · Score: 1

      you have the overhead of keeping the process at the correct temperature. Kinda like vacuum tubes and transistors (well, not really, but close enough). One of the reasons that transistors are so much better is that you don't have the overhead of keeping the tube heated at 450V

    2. Re:Why cold fusion? by Anonymous Coward · · Score: 0

      IAANP.

      Containment is a bitch of a engineering challenge, as is extracting energy and spent fuel and introducing more, but we understand those issues. Some reactor designs require materials that don't exist yet...not a big deal; we just wait.

      The problem is sustaining the reaction. Fusion reactions will sometimes just stop for no apparent reason. Sometimes a reaction won't start when it 'should'.

    3. Re:Why cold fusion? by mattpalmer1086 · · Score: 1

      IANANP either, but here's what I know.

      Fission works by splitting up big heavy atoms. Heavy atoms decay naturally, emitting neutrons. If you put a lot of them together, a self-sustaining chain reaction occurs, as a neutron released from one atom splitting smashes into another heavy atom, splitting that one as well, and giving out more neutrons. Heat and radiation is produced. The only way to damp down the reaction once it's started is to absorb some of the neutrons, with things like graphite - these are the control rods.

      Fusion is kind of the opposite process. It works by fusing together very light atoms, like hydrogen together, to form elements like helium. When two light atoms fuse together, they also release some energy, the bigger single atom takes less energy to hold together than two individual atoms, so there's some energy left over. It doesn't tend to produce much radiation.

      The problem with fusion is that to make two nuclei fuse together, they have to smash together hard. The only way we know for sure how to do this is to make things very, very hot. You don't need "control rods" with nuclear fusion - the problem isn't stopping the reaction once it's started, it's keeping it hot enough to get going in the first place, and then to keep it going.

      One problem with fusion is actually that as fusion occurs, the heavier atoms produced actually "pollute" the mixture, cooling it down and stopping the reaction, so you have to have some way of removing the waste products. It's normally held together with big magnetic fields, because if the hot plasma touched the sides, not only would the sides melt, the reaction would stop because it would cool down. This tends to make nuclear fusion a much safer option, as you don't get runaway reactions, and there's less radiation anyway.

      Cold fusion would be incredibly useful if real, as not having to deal with things at millions of degrees C would be rather easier...

    4. Re:Why cold fusion? by Paulrothrock · · Score: 1
      Why can't you regulate and contain a small fusion reaction with control rods or some other mechanism like you can with fission?

      Show me a control rod that can take ten million degrees and we'll use it.

      The problem isn't containment, it's making the temperatures and pressures needed to start the reaction. There has been a lot of research into using high-powered lasers to start the reaction, which is then contained within a magnetic vessel like the tokamak.

      --
      I'm in the hole of the broadband donut.
    5. Re:Why cold fusion? by the_denman · · Score: 1
      IANANP either but from what I gleaned from the Wikipedia article

      "Unfortunately, there are still significant barriers standing between current scientific understanding and technological capabilities and the practical realization of fusion as an energy source, and it is far from clear that an economically viable fusion plant is even possible. It is an extremely difficult task to harness a 100 million degree plasma in an economically efficient way, so a working reactor is still many years down the road and is an active part of plasma physics research. Another barrier is materials to withstand the high neutron fluxes, which are speculated to be about 100 times those of existing PWRs."

      On your other point asking about control of fussion with control rods and such, sorry it dosen't work that way. As stated above the big issue is having something that can take the heat of fusion, so if they could do it at room tempature (or at least closer then 100 mil degrees) it would be a lot easyer.

      Of course with that said, my physics professor once said "20 years ago they said that fusion was 20 years out... now 20 years later it still is 20 years out." Us younings might just be luckey enough to see it in our life times, mabey.

    6. Re:Why cold fusion? by Anonymous Coward · · Score: 0

      'Hot' fusion happens at millions of degrees Kelvin (at least in stars, but I fail to see how it would differ on Earth), so it is very very hard to contain. You'd probably have to use some kind of powerful magnetic field to contain it. Conventional material structures just couldn't stand up to that kind of abuse.
      Also, to start the fusion process, you have to put in massive amounts of energy. IIRC I read an article about ten years ago which talked about an experiment that used laser generated heat to fuse just a very small amount of hydrogen. The energy input required was on the order of millions of watts. The output energy was a minute fraction of that.

    7. Re:Why cold fusion? by physick · · Score: 1

      There are two kinds of hot fusion I know of (it has been a while since I worked in the field, actually 1985, so things may have changed)

      a) intertial confinement fusion in which small glass spheres containing heavy hydrogen are fired at each other to make the tritium fuse

      b) plasma fusion in which a very hot plasma is confined by magnetic fields in a torus shape and heated so that nuclei fuse

      the problem with the first method is that the stuff the small spheres are made of becomes highly radioactive and has to be removed continually; the problem with the second method is that hot plasmas don't like being confined in doughnut shapes and constantly try and escape, requiring very complicated, and fast, changes in magnetic field to keep them in the right shape. usually this cannot be maintained long enough to generate excess energy.

    8. Re:Why cold fusion? by Optics+Geek · · Score: 2, Informative

      I also am not a nuclear physicist, but I think I know the answer to your question (if I'm wrong, hopefully someone will correct me.) There are two, interrelated problems. The first is that the plasma where the fusion occurs is incredibly hot, so as you said it needs to be contained. In tokamaks this is done with a toroidal magnetic field. The problem with this is that, since plasma have very low densities (basically a necessity for it to be a plasma) there's not really all that many nuclei in the contained volume that can undergo fusion. So, the reactions tend to be very short, and we don't get back as much energy as we put in. That's why the tokamaks they're building to get to break even are so huuuge--larger contained volume means more fuel means more energy out for the amount we had to put in. Some researchers are also trying to figure out how to continually inject more fuel into the contained volume and keep the reaction running that way.

      Anyway, this is my understanding of the main problems in the field from the outside looking in.

    9. Re:Why cold fusion? by Mr_Dyqik · · Score: 1

      JET gets the electron temperature to about 10 billion K and the nucleus temperature to about 7 billion K, and that doesn't break even yet. The plasma in the Sun is a lot denser than can be acheived in a fusion reactor, so you have to go for a higher temperature to compensate.

    10. Re:Why cold fusion? by Zinho · · Score: 1

      IANANPE (I am not a nuclear physicist either), but I'm studying Mechanical Engineering so I have a loose grip on the facts. Any real NPs out there feel free to pick me apart. ;^)

      Yes, it's mostly a containment problem. Fusion reactions are really hard to keep going, unlike fission reactions. We can use control rods to slow down fission because it's using solid fuels. The fuel expands a bit when it gets hot, but typically not so much that the reaction stops. On the contrary, it's a trick to keep fission reactions from running away from you (the proverbial "meltdown"), which is why we use control rods to cool down the reaction and keep it under control. Fusion, on the other hand, requires the fuel to be in a plasma state. Plasmas, like gasses, expand quite a bit when heated, and this causes big problems for sustainability. If the molecules get too far apart the reaction stops.

      Keeping fuel molecules close together (needed to keep the fusion reaction going) gets harder in proportion to their temperature, which gets high fast once the reaction starts. Also, if/when containment fails the plasma gets outside its magnetic bottle and cools off rapidly (by touching the container walls, for example), and the reaction stops. And then, once you manage to keep it all together, to sustain the reaction you need to remove the reaction byproducts and introduce new fuel. Both processes are non-trivial, require getting through the containment (twice!), and will tend to cool down the reaction (by removing high-energy exhaust and introducing low-temperature fuel).

      All of these issues are related to containment, and any one of them going wrong will cause the reaction to stop. So, to answer your question (finally) about control rods, it's not a matter of slowing the reaction down, it's a matter of keeping it going at all. Control rods won't help in a situation like this.

      --
      "Space Exploration is not endless circles in low earth orbit." -Buzz Aldrin
    11. Re:Why cold fusion? by zardinuk · · Score: 0

      Actually I think the laser initiation and the tokamak are two seperate approaches. In the tokamak, they run a large current through the torus, or they use microwaves to heat it. In the inertial confinement method, they zap a ball of fuel from every angle, which is like a mini hydrogen bomb. They say the lasers are a better approach, but I have no references to site. I think I read it on the ITER website.

      --

      "What the superior man seeks is in himself; what the small man seeks is in others."
      - Confucius

    12. Re:Why cold fusion? by zardinuk · · Score: 0

      Actually, the inertial confinement method is just a mini hydrogen bomb, A single sphere of fuel is exploded by lasers from all directions (in a hydrogen bomb, its exploded from plutonium in all directions). 2 spheres would be more akin to the little boy bomb, maybe you're confused. That's never been attempted in fusion research to my knowledge.

      B is correct, but the problem with both is wrong, the by products of fusion are always radioactive, hell the ingredients are radioactive (tritium in particular is dangerous to humans). The tokamak would have issues with radioactive components too. The problem with the first one is that sustaining the reaction is more difficult, it is more of a pulsed approach, which may actually prove to be the better way, since you don't have to keep things rolling in order to get a good result. The problem with the tokamak is not the confinement. They've shown that the solution to instabilities in the magnetic field are solved if you rotate the plasma, like a bullet is rotated to provide stability. The tokamak actually doesn't have many problems, the main problem is just sustaining the reaction to provide a viable commercial product.

      --

      "What the superior man seeks is in himself; what the small man seeks is in others."
      - Confucius

  51. This smells like a troll but... by John+Harrison · · Score: 1
    They were at the University of Utah, not BYU. The had collaborated with Stephen Jones at BYU who was doing similar work.

    In any case while you are right about them having a press conference instead of publishing in a journal I have zero recollection of any Mormon conspiracy stories. I have no idea if Pons or Fleischman is LDS. Jones is.

  52. Technology Review by Ellen+Spertus · · Score: 3, Insightful

    The article blurb referred to Technology Review as a "leading science journal". It isn't. It's a magazine. I like to think it's a good magazine, as I've written for it, but it is most definitely not a scientific journal.

    1. Re:Technology Review by jfw25 · · Score: 1
      To be more specific, it used to be the magazine of the MIT Alumni Association. Actually, it still is, but at some point along the way (late 80s, as I recall) the Alumni Association decided that they could make some extra money by turning TechRev into a "general interest" magazine, where "general interest" turns out to be (all too often) "puff pieces and barely concealed advertisements by and for high-tech CEOs". You used to be able to routinely find thoughtful journalistic articles about science and technology in it (but not scientific papers as such); now it's little more than cheerleading.

      MIT '83

  53. Re:I'm still waiting for my... by agoldfish · · Score: 1

    There's an article on this in this weeks New Scientist as well.

  54. Serious Question: by Anonymous Coward · · Score: 0

    Actually, 2 questions:

    What does it take, energy and cost, to produce the D20?

    What does it take to produce the useable paladium?

    1. Re:Serious Question: by Mr_Dyqik · · Score: 2

      D2O production takes a reasonably large amount of electrical power and a lot of water to produce.

      Pd is used all over the place as a catalyst (in car exhausts for one) so isn't particularly hard to get hold of. It's also believed to be a catalyst in the alleged reaction, so it isn't used up.

    2. Re:Serious Question: by Anonymous Coward · · Score: 0

      What does it take, energy and cost, to produce the D20?

      You don't produce D20. Deuterium and Tritium appear naturally in sea water. That's where heavy water comes from. It's extracted from the sea, not manufactured. It's been used for heavy water - based nuclear reactors for years, btw. Not that expensive. Now...

      What does it take to produce the useable paladium (sic)?

      Palladium is pretty expensive. This could be a showstopper is this technology is ever made commonshelf. It's the same problem with fuel cells that need Hydrogen and platinum. Hydrogen is easy to get from water, but there's not enough platinum in this world for everyone to use on fuel cells.

  55. Conspiracy theories by Anonymous Coward · · Score: 4, Insightful

    I love this notion that "the POWERS THAT BE suppressed the IRREFUTABLE EVIDENCE for their own evil ends!" It's such a charming fantasy.

    The Evil Vested Interests of the world are regularly blindsided by new technology. The usual pattern (*cough*RIAA*cough*) is that they ignore it until it really starts to hurt them, and then they try to make it go away through legal action. Those folks do not have a magic ability to predict the future. In fact, they demonstrably suck at it.

    When "cold fusion" was announced, the people who discredited it were academics who tried like hell to reproduce the effect, and found it to be irreproducible based on the information they had at the time. This is called "peer review". Scientists are supposed to be profoundly skeptical. In that respect, they differ from conspiracy theorists.

    If you RTFA, you'll notice that no extravagant claims are being made. If it turns out that there's something there which really is both reproducible and interesting, we'll hear more about it.

    1. Re:Conspiracy theories by fakeplasticusername · · Score: 1

      mod this up please

  56. Hydrogen economy ... by Anonymous Coward · · Score: 0

    Cold fusion will create heat which will create steam which will create electricity which will create hydrogen. All cars will have fuel cells and there will be no more pollution, wars, starvation, mosquitos (ok maybe there will still be mosquitos).

    The futurists who predict the hydrogen economy will be right. Personally, I'm still betting on turkey guts. www.changingworldtech.com

  57. Stop the scientific madness! by WormholeFiend · · Score: 2, Funny

    The fission power business depends on massive subsidy, at least in .uk. As for fossil-fuel energy, that may have the clout to squash new technologies in .uk and .us, but I suspect that in .jp, where they're wholly dependent on imported power, any alternative would be welcomed.

    We all know that these kinds of experiments opened a blackhole in .cx

  58. Re:Whew! by Anonymous Coward · · Score: 0


    MacroMedia Cold Fusion is a long lame duck.
    Its fascinating to watch how some managers hang onto it simply because it's XML based.

    (it's 'standards' based so it MUST be good, right?!? )

    XML != easy to use/understand procedural language.

  59. I've already got fusion power ready to go by reverendG · · Score: 1, Funny

    All I need is tritium, which is so rare that there's only 25 tons of it on the entire planet. And with these fancy new robotic arms that I made, fusion's a snap to control!

    Why aren't I mentioned in these articles? I'm far beyond everyone else. So what if I haven't actually done it before, or if I have no safety backups?

    --

    Why should I argue rationally with someone being irrational? I'll just mock them instead.
  60. Me too by HangingChad · · Score: 1
    After versions 4.0 and 4.5, which totally wanked, I thought it was all but dead. Great program, but they really dorked themself with that buggy 4.0 release. We replaced it as our development platform but it's still hosting a couple old legacy sites for us.

    We're doing most of our development in .NET now, lucky us.

    --
    That's our life, the big wheel of shit. - The Fat Man, Blue Tango Salvage
  61. Naive comments ... by Anonymous Coward · · Score: 0

    I think it naive that one would think that cold fusion doesn't have a lot of money already being poured into it. I would suspect a lot of the funding IS being made private BECAUSE of the economic impact it's discovery implies.

    The parent I believe was trying to express the general sentiment - that in THIS particular case (not other areas of academia) - funding is their and their are lots of organizations both public and private. Also - I agree that the TRUEST finds WILL NOT be made public until royalty and $$ is signed for!

  62. Re: use of exotic materials by Zinho · · Score: 2, Insightful

    I beg to differ. Palladium only costs about as much as gold, and is used commonly for things like spark plugs and catalytic converters for cars. It's also not consumed by the reaction, so it's a one-time cost.

    In regards to tritium, I'll agree that it's expensive now. This may not always be the case, though, especially if there's a use for it besides thermonuclear devices and glowing keychains. The article seemed quite optimistic about the possiblity of getting the needed heavy water from the sea ("Much of this work was carried out at the Space and Naval Warfare Systems Center in San Diego, where the idea of generating energy from sea water--a good source of heavy water--may have seemed more captivating than at other laboratories." - emphasis added).

    If cold fusion turns out to be the Real Deal (TM), then there will be scientists and engineers falling over themselves to find economical ways of producing the fuel, I guarantee it.

    --
    "Space Exploration is not endless circles in low earth orbit." -Buzz Aldrin
  63. Dissent, the last refuge of a patriotic scoundrel. by Anonymous Coward · · Score: 0

    "Patriotism is the last refuge of a scoundrel."

    "Dissent is patriotic."

    If the Left were monolithic, I'd be laughing really fucking hard. But they're not. So probably no more than 10% sincerely believe both of the above statements at the same time. Damn waste of a good joke...

    (For those not native to the US, the moderate to not-quite-extreme left in the US are making a lot of noise about how patriotic they are; some like to claim that they've got a monopoly on patriotism. "Dissent is patriotic" is a slogan from that crowd. All of this, of course, is no more or less meaningful than any other political rhetoric.)

  64. Karl Ernst von Baer... by anvilmark · · Score: 1

    ...remarked with bitter irony that every triumphant theory passes through three stages: first it is dismissed as untrue; then it is rejected as contrary to religion; finally, it is accepted as dogma and each scientist claims that he had long appreciated its truth.
    - as quoted by S.J. Gould

  65. Additonal readings and stuff by Pedrostolemaburrito · · Score: 1
  66. Obligatory Simpsons Quote Re:Perpetual motion ... by _J_ · · Score: 1

    Found Here:

    Marge : I'm worried about the kids, Homey. Lisa's becoming very obsessive. This morning I caught her trying to dissect her own raincoat.
    Homer : I know. And this perpetual-motion machine she made today is a joke. It just keeps going faster and faster.
    Marge : And Bart isn't doing very well either. He needs boundaries and structure. There's something about flying a kite at night that's so unwholesome.
    [Looks out window]
    Bart : [creepily] Hello, mother dear.
    Marge : That's it, we have to get them back to school.
    Homer : I'm with you, Marge. Lisa. Get in here.
    [Lisa walks in]
    Homer : In this house, we obey the laws of thermodynamics.

    J:)

  67. You don't understand how subsidies work. by Anonymous Coward · · Score: 0

    US taxes are so low compared to Europe because the US government massively subsidizes the IRS, which in turn passes lower tax rates along to the taxpayers, who greedily and unfairly benefit from this appalling and unacceptable situation.

  68. Correction by schon · · Score: 1

    correctly done experiments now result in 250% over-unity

    No. Energy production is still under unity. It's impossible for over-unity to exist. (Energy cannot be created or destroyed, only changed.)

    Unity refers to the total amount in and out, including fuel. As their device uses fuel (heavy water), it's not over-unity, any more than a diesel generator is over-unity.

    1. Re:Correction by Dastardly · · Score: 1

      Energy cannot be created or destroyed, only changed.

      Sure it can. Have an anti-proton meet a proton, and you end up with no matter and all energy. Unless you are referring to the equivalence of matter and energy, in which case, please be more precise in your statements. :-)

    2. Re:Correction by Anonymous Coward · · Score: 0
      Energy cannot be created or destroyed, only changed.
      Sure it can.

      Well, no it can't.

      Have an anti-proton meet a proton, and you end up with no matter and all energy.

      So it was changed from one form to another. Just like he stated.

      Unless you are referring to the equivalence of matter and energy, in which case, please be more precise in your statements. :-)

      There is no need to be precise with that one any more, because everyone knows it.
  69. But... by Bluesman · · Score: 0, Troll

    ...there's no mention of Elizabeth Shue in the article. Until we get the info hiding in her bra, this "science" is going nowhere.

    --
    If moderation could change anything, it would be illegal.
    1. Re:But... by Anonymous Coward · · Score: 0

      Why was he modded 'Troll'?? Some of you moderators are idiots, you really are.

    2. Re:But... by Anonymous Coward · · Score: 0

      Agree.
      Must be that the moderator somehow felt offended by the Elizabeth Shue comment...some psycho secret love or something

    3. Re:But... by Anonymous Coward · · Score: 0

      Troll?? wtf? hasn't the moderator ever watched the movie "The Saint" or what? Jeez how sensitive...

  70. Re:Even if Cold Fusion could work... by dspacemonkey · · Score: 1

    where's my tinfoil hat ;o)

  71. Wikipedia by Efreet · · Score: 4, Informative

    I'd highly recomend the wikipedia article on cold fusion, here.

    --
    This sig wasn't worth reading, was it.
  72. Re:I'm still waiting for my... by turgid · · Score: 1
    The real problem with using a nuclear reactor to power a vehicle is shielding. The nuclear reactions produce an extremely high flux of dangerous (lethal) neutrons and gamma rays. This is OK in a power station because you have pleny of room to build thick concrete walls and to line your reactor with thick steel. You can also do this on large submarines and surface ships. In something like a car, train or aeroplance, it's just not do-able.

    The Americans actually built a nuclear powered aeroplane back in the 1950s. It was enormous and had to be flown over uninhabited ground because they couldn't put enough shielding around the reactor due to size and weight constraints.

  73. Interestng hydrogen/metal chemistry by TheSync · · Score: 1

    I doubt what is going on is nuclear fusion, but we certainly should be studying and understanding metal/hydrogen interactions, as they appear to be very complex, and could have a wide variety of chemical uses (such as dense hydrogen storage, for instance).

    1. Re:Interestng hydrogen/metal chemistry by zardinuk · · Score: 0

      I think mazda was doing a lot of funding for a commercial application of this phenomenon. But its only storage, not generation. I think there is some law that says a chemical reaction doesn't have nearly the potential of a nuclear reaction, but still I think you have a good point, most chemical reactions are nowhere near maximum efficiency. We aught to be able to store 5 years worth of cell phone talk time in a single cell phone battery, once you get down to the raw electrons.

      I think there is plenty of energy coming out of our own planet. Geothermal energy will probably become the most plentiful source of energy. Same thing as fusion or fission reactors except its just buried a few miles under the surface.

      Check this link out: LINK It talks about quantum teleportation as a means to power spacecraft and other devices. Forget batteries altogether, just use wireless power.

      --

      "What the superior man seeks is in himself; what the small man seeks is in others."
      - Confucius

    2. Re:Interestng hydrogen/metal chemistry by TheSync · · Score: 1

      Quantum teleportation propulsion faces a problem - the energy required to provide a way to entangle the particles would be huge and increase over distance. You are just as well off using an earth-bound laser to propel a light sail.

    3. Re:Interestng hydrogen/metal chemistry by zardinuk · · Score: 0

      I'm not too familiar with quantum entanglement, what energy is requird, and how does it increase over distances? Can't you just entangle the atoms and they are like wormholes, take them anywhere... ?

      --

      "What the superior man seeks is in himself; what the small man seeks is in others."
      - Confucius

  74. Re:fp - mercatur slut by Anonymous Coward · · Score: 0

    Excuse me, how would you know?

  75. Re:I'm still waiting for my... by Mr_Dyqik · · Score: 1

    MAybe that was it, there's too much junk on my group's coffee table.

  76. Re:Probably not fusion . . . (My Prediction) by Anonymous Coward · · Score: 0

    I believe that they will come to find that this is a special case of something that is already known to produce this kind of power. No its not fusion in any way shape or form but its not chemical either! Take a look at the work being performed here: http://www.blacklightpower.com/science.shtml There are lot of people that think these people are nuts, but what they are doing is very real! They have equipment that works, and they have produced compounds as a byproduct which do not exist in nature, or man made by any other explainable chemical process. There is just far too much evidence to ignore. Even a NASA study determined that something was going on here and that it was worth investigation into how this power generation method may be turned into a rocket engine of some kind. Read the theory and the papers and decide for yourself.

    The major difference here is that BPL is doing this as a gas plasma catalyst mediated reaction where as the "Cold Fusion" people are doing it in solution, but that solution gets better performance once it heats up! The reason for the poor performance is somewhat ironic, in that the better control they have over contamination more likely the worse the results, because its the trace quantities of certain contaminants in the solution which would mediate this type of reaction and thus the "power" output seen in the experiment. The ones that are meticulously careful in preparation and have the best equipment would see little evidence if anything at all. With such varied results between labs its easy to see why everyone believes this is a farce.

    And no, I don't carry a tin-foil hat, practice paranormal psychology, or believe in aliens. This is very real stuff going on here!

    SLC

  77. This stuff is real... by Ezmate · · Score: 2, Interesting

    Back in the early 90's I was a personal assistant to Dr. John O'M. Bockris (Professor of Electro-Chemistry at Texas A&M University). His laboratory was the first in the world to "verify" the results of Pons & Fleischmann.

    During my year and a half as a personal assistant (one of several), one of my main responsibilities was to help with correspondence with other scientists. I'd open their mail, scan it for importance, and act on it (usually forward it to the Dr. Bockris if it was personal correspondence or reply back to the sender with relevant publications if it was a request for information). Needless to say, I saw a lot of unpublished information about "cold fusion".

    Among many, one particular hand-written note stands out in my mind: it described the palladium cathode melting during the course of the experiment, with no apparent cause, other than "cold fusion". I don't remember the researcher, but I do remember that this particular guy had tons of papers to his name & was a highly respected scientist.

    Of course among the correspondence, there was also some petty squabbling. I was most disturbed by the fact that anyone that researched "cold fusion" was regarded as a wacko by the entrenched scientific community. The attitude that normal physicists seemed to have was that "cold fusion" was a hoax & that further investigation was an entire waste of time. They'd cry "But where are all the neutrons", or "You'd be dead by now if that much excess heat were actually being produced." What most of these so-called entrenched scientists failed to realize was, this was something entirely new. Maybe it doesn't follow the laws of nuclear physics as we understand them now. But the same thing can be said for almost any major change in our understanding of the universe (relativity and quantum physics certainly fit the bill). But the effect of their collective crying, bitching, and moaning was to make funding for "cold fusion" research a difficult thing to acquire. All this did was slow down progress on research on something that could radically alter our understanding

    Anyway, the constant influx of reports during those years ('92-'93?) showed that there was something new going on. The problem was that nobody could reliably reproduce their results. But regardless, in the decade since I worked there, "rogue researchers" kept pounding away at the problem & the damned problem just won't go away. In fact, it seems (from this article and many other publications: http://www.defusion.com/ & http://www.infinite-energy.com/) that people are making real progress on the problem.

    I still read some of the lighter publications & summaries, but to tell you the truth, I'm a programmer with a BS in engineering and that stuff is WAY over my head. But progress is being made. It's about freakin' time the main-stream science community stopped their bitching & started taking a good, long, hard look at this problem.

    As my grandma says, "Many hands make light work."

    1. Re:This stuff is real... by Christopher+Thomas · · Score: 1

      They'd cry "But where are all the neutrons", or "You'd be dead by now if that much excess heat were actually being produced." What most of these so-called entrenched scientists failed to realize was, this was something entirely new.

      What you appear to be overlooking is the fact that they _should_ be dead by now if nuclear processes were generating the measured heat. I have a far easier time believing that electrochemical energy storage was happening with an input that wasn't being adequately measured, or that some other mode of chemical energy production was occurring, than believing that a century of nuclear physics has to be outright repealed (as opposed to just extended). Fusion produces excited nuclei. Excited nuclei shed energy in ways that are a) very measurable and b) unhealthy for bystanders. The bystanders are alive, and the neutrons and gamma rays are missing. That rules out fusion.

    2. Re:This stuff is real... by jonniesmokes · · Score: 1

      Hear! Hear!

      I've been involved in hopeful scientific experiments that later turned out to be bogus science. Its far to easy for a researcher to see what they want and deceive themselves. That's the whole purpose of the peer review process.

      "Excess" energy does not mean nuclear. Trace amounts of helium exist everywhere. And atoms routinely generate reactions (chemical in nature) on palladium - a known catalyst.

      On the other hand - all the reseachers have to do to prove that there's something interesting going on is make a megawatt-hour of energy from a closed system weighing about 5-10 kilograms. If its a chemical reaction there will be a noticeable change in the closed system. If its nuclear - it won't be much of a change.

      Generating a few watt seconds of energy from some big instrument doesn't tell you a damn thing. There's too many sources of energy and too many states to keep track of.

      At this point I'm still more likely to believe that Pons and Fleischman discovered a weird battery.

      If you see a bright light in the sky, do you think, "Hey there's an alien.", or do you think, "Hmmm I wonder what that could be?".

    3. Re:This stuff is real... by Xardion · · Score: 1

      Acutally, depending on the volume of their heavy water tank, the neutron count could have been significantly reduced, as the tank it self would have moderated the reaction, assuming a D-D reaction. But still, I think alot of the 'heat' produced was probably electron loss. There may have been fusion going on however. As the sonoluminescence experiements and the fusors show, extreme temperatures are NOT a prereq for fusion, just for ultra-high energy fusion

    4. Re:This stuff is real... by Christopher+Thomas · · Score: 1

      As the sonoluminescence experiements and the fusors show, extreme temperatures are NOT a prereq for fusion, just for ultra-high energy fusion

      Bad examples, I'm afraid :). Both of these are conventional high-temperature plasma fusion (just with unusual confinement schemes). Neither come anywhere close to breakeven (or significant power production period), instead being used as convenient laboratory sources for x-rays and neutrons.

      P&F and other cold fusion advocates claimed that they _did_ produce substantial amounts of fusion energy without a plausible mechanism (density of deuterium in the electrodes was still far too low for tunnelling to produce a measurable rate of fusion).

  78. Have ANY of you naysayers... by absurdist · · Score: 4, Interesting

    ...ever bothered to pick up a copy of Infinite Energy magazine?

    If you had, you might have noticed that there have been papers posted from labs around the world with consistent, reproducible results, for the past 10 years. I realize it's fashionable in some circles to read Skeptical Inquirer and be devotees of The Annoying Randi, but an open mind and a real scientific inquiry is actually sometimes needed. Rejecting something out of hand because you don't understand what's occurring doesn't qualify as objective scientific inquiry, no matter what experts are doing the rejection. (And yes, that's exactly what the reaction was of many of the experts in both the fusion and fission communities... "I don't understand what's happening here and it contradicts all my pet theories, and, more importantly, may affect my sources of funding and research grants... so it MUST be a lot of crap. Even though I've never investigated it, I just know it.")

    BTW, for the tinfoil hat crowd, shortly after the DoE announced that they going to reinvestigate the published research, the founder and editor of Infinite Energy magazine, Dr. Eugene Mallove, was found murdered in his home. Make of it what you will.

  79. why dont coldfusioneers just use the tech already? by Anonymous Coward · · Score: 0

    i really dont get it. why dont all the guys and bright minds who claim to have some truth in coldfusion just build some machine, reactor and the like that produces energy and demonstrate it in some larger scale than just their backyards or little chambers.

    i dont get this whole fuss the recent decades, lot of bashing. classical phyiscs tell them coldfusioneers that they suck, there is no such thing as cold fusion, doe disregards coldfusion, withdraws money, hickhack, and the like...

    why dont they unite at last, at least the coldfusion guys and finally demo some real coldfusion and nomatter what the theory behind coldfusion is, if it can supply energy at low temperature with fusion like means, then what the heck?

    why only discussion and hearing, why no real evidence, no matter what the sceptics say.

    anyone care to explain? thanks.

  80. Cold Fusion probably from experimental mistakes by Jon+Kay · · Score: 3, Insightful

    I was at the APS meeting where Cold Fusion was officially debunked.
    About five different highly respected labs, including at UMD and
    Caltech, tried and failed to reproduce the results.

    BUT.

    Here's the thing: at least one (maybe two?) of the labs noted that
    Pons & Fleischmann's results could be reproduced if one neglected one
    of the steps needed to reproduce it (stirring?). If one failed to do
    that step, you would get a chemical reaction of about the magnitude
    P&F described.

    Note well that the likeliest reason for any other researcher to
    observe the reaction P&F describe would be a similar carelessness.

    Could it be cold fusion? Could be. But it's very, very, very
    unlikely. The chances of human error are alot higher than the
    chances that physical theory is so wrong.

    There was one embarrassing mistake. The funding agencies had already
    promised funding for cold fusion. Thus, a (sometimes persuasive)
    constituency was created for keeping cold fusion research dollars
    flowing. That constituency is basically being paid to keep the cold
    fusion myth alive. That's anothing thing you should keep in mind when
    you hear about cold fusion nonfailures (because it's as likely that
    you'll see cold fusion generators as it is that you'll get a real
    opportunity to own the Brooklyn Bridge...)

    1. Re:Cold Fusion probably from experimental mistakes by spikefruit · · Score: 1
      The chances of human error are alot higher than the chances that physical theory is so wrong.

      Why is that? Was physical theory not thought up by humans? All that we believe now might just be wrong.

      --
      I'm going to become a theologist and a scientist so I can spend long hours into the night arguing with myself.
  81. Re: Why fusion by Anonymous Coward · · Score: 0

    They are packing deuterium ( hydrogen ) into a piece of metal under heavy water with electricity. There is alot of stored energy there. Instead of the 'explosions' being excess energy, they may just be stored energy released by some as yet unexplained chemical or electrical process.

  82. Peter Pan Powered by Anonymous Coward · · Score: 0

    For the cold fusion to work, everyone in the TV audience has to close their eyes and chant: "I do believe, I DO believe..."

  83. Impossible? I call BS by michaelepley · · Score: 3, Informative
    By impossible, I assume you mean according to the 2nd law of Thermodynamics (given your reference).

    Cold Fusion is simply Fusion at a lower macro-temperature (as in a room-temperature room). Fusion clearly is possible, unless you care to explain atomic weapons, stars, nuclear power another way (do I hear giant government conspiracy maybe? matrix-like pseudo-reality?).

    Cold fusion may or may not be possible, but clearly science hasn't proven it either way. And as another form of Fusion, it certainly does not violate the 2nd law.

  84. Re:Even if Cold Fusion could work... by Mr_Dyqik · · Score: 1

    Maybe cold fusion works better with tin foil instead of palladium?

  85. Fantastic by 12357bd · · Score: 1

    So we have recorded many experimental excess energy setups, and the main objection is 'there's no prouve of deuterium fision'?

    Bravo!
    But what about the second law of termodinamics?

    --
    What's in a sig?
  86. Read the F'in article by HBI · · Score: 1

    Tritium isn't even used in the process. Deuterium, which is far more common, is.

    One neutron versus two.

    --
    HBI's Law: Frequency of calling others Nazis is directly correlated with the likelihood of the accuser being Communist.
    1. Re:Read the F'in article by zardinuk · · Score: 0

      He was mocking Spider Man 2, Cletus.

      --

      "What the superior man seeks is in himself; what the small man seeks is in others."
      - Confucius

  87. First Post! by Anonymous Coward · · Score: 0

    The First post machine keeps going on, and on, and on....

  88. already in use by Lust · · Score: 1

    my scooter has run on cold fusion for years...what's the big deal?

  89. Re:RTFP: He said "aneutronic". by Anonymous Coward · · Score: 0

    > I see a lot of "talking points" and meaningless logic-chopping, but no honest and objective evaluation of the theory on its scientific merits.

    Cold fusion was given a shot. And it failed. Again and again. And again. And again. and again. and again. and again.

    Gee wally, ya think anyone might be skeptical after that. But for cold fusion proponents, no, it's not skepticism, it's dogma and maybe even, get ready for it ... consipracy! .

    The scientific establishment did not ask cold fusion researchers to join the likes of the free energy crowd. They're there of their own accord.

  90. Re:RTFP: He said "aneutronic". by OwlofCreamCheese · · Score: 1

    I think the hot fusion people have a valid theory.... its call the sun...

    --
    -You're wasting your time. Alfador only likes me.
  91. Other uses for oil by FooAtWFU · · Score: 2, Informative

    Let's not forget the other uses for oil, such as plastics, lubrication, and just about anything in organic chemistry.

    --
    The World Wide Web is dying. Soon, we shall have only the Internet.
    1. Re:Other uses for oil by Anonymous Coward · · Score: 0

      yeah what life be like without lubricants and extra strong condoms?

      pirate software, do not draw money, land in jail - figure it out

    2. Re:Other uses for oil by nofx_3 · · Score: 1

      I know that was probably a troll, but you should never use oil based lubricants in combination with latex condoms. Petroleum based lube products will actually break down the latex and defeat the whole purpose of the condom in the first place. Instead you should only use water based, water soluable lubes like Astroglide or K-Y Jelly. Otherwise you may end up getting your partner pregnant or aquiring a shiny new STD.

      -kaplanfx

      --
      Visualize Whirled Peas
  92. Interesting by Anonymous Coward · · Score: 0

    Basically, you're saying the the mechanism that makes superconductors possible may be present in cold fusion.

    If that's true, we may be closer to room temperature superconductors than we think.

  93. Decentralized Electricity by Esion+Modnar · · Score: 3, Interesting

    Does anybody really think that the providers of centralized x would not be threatened by the prospect of decentralized x? And that, threatened, they would do nothing to stop or delay it? Has the cold war between proprietary and open source software taught us nothing?

    --

    They say the first thing to go is your penis. Well, it's either that or your brain. I forget which...
    1. Re:Decentralized Electricity by dspacemonkey · · Score: 1

      To be honest, I'd have thought they would jump at the chance to own/licence it themselves. Large firms have the R&D/aquisition budgets to snap up something promising and make even more money for themselves.

      [Enter =profit joke here]

      In this case, I don't personally see cold fusion as being particularly promising but I bet the big power producers are keeping an eye on it nonetheless. That eye will be tilted in favour of exploitation rather than supression.

  94. Keeping the variables the same can be hard by jmichaelg · · Score: 1
    At a conference in the mid thirties, Fermi reported that his group had discovered neutron induced radioactivity. His post-docs called after he'd delivered the paper and told them they couldn't reproduce the results - he'd have to retract his paper. Nightmare time for Fermi.

    They'd set the experiment up in a different lab so the postdocs decided to try setting the original experiment up *exactly* as it was before, including the same room. Voila! they induce radioactivity again. Call Fermi back and say, nevermind, they've got it going again.

    The crucial piece of equipment turned out to be the lab bench. The original bench was made of wood, the null result bench was steel. The hydrogen in the wood slowed the neutrons down enough that they could interact with the sample they were shooting neutrons at.

    In describing the setup, they never mentioned the bench because they didn't know it mattered. Their discovery that hydrogen atoms moderated neutrons led them to repeat the experiment all over, and around the lab - including out by the goldfish pond which was filled with lots of hydrogen.

  95. No... by schon · · Score: 2, Insightful

    Oil companies would be richer than ever if this pans out.

    I disagree.

    The oil won't stop being needed, it'll just stop being burned.

    The question isn't "will oil still be needed", it's "HOW MUCH oil will still be needed?" And the answer (quite obviously) is "much less than is needed right now."

    Yes, some oil will still be needed, but the fact that a great deal of it is burned means that the *demand* side of the "supply and demand" equation will drop. Significantly.

    And guess what happens then?

    quite a few "oil companies" have figured out that they are in the energy business, not the oil business.

    Oil companies currently have it pretty good - why would they want to actually have to go out and *compete* if they don't have to? It's just like the RIAA and the MPAA - when new technology comes out that creates competition for their current business model, they're more inclined to fight the technology, rather than embrace it, even if embracing it would provide a new revenue stream that will dwarf their current profits.

    1. Re:No... by Martin+Blank · · Score: 2, Informative

      Oil companies currently have it pretty good - why would they want to actually have to go out and *compete* if they don't have to?

      Oil companies do compete, and heavily so. There are a lot of oil companies out there, and all of them want to make a profit. Unocal got out of the post-extraction business in the mid 1990s (though they licensed the trademarks such as the 76 logo to Tosco, who also bought much of the refining and retail operations) because competition in that arena was simply getting to be too difficult. Other companies work solely in refining, or solely in retail, because competition is so fierce in the industry.

      --
      You can never go home again... but I guess you can shop there.
    2. Re:No... by jcr · · Score: 1

      The question isn't "will oil still be needed", it's "HOW MUCH oil will still be needed?" And the answer (quite obviously) is "much less than is needed right now."

      If engergy becomes pretty close to free, then the costs of manufacturing will plummet, which will drive demand for manufactured goods higher, which raises demand for oil as a raw material.

      We might very well end up using as much oil for other purposes as we now burn in our cars, trucks and power plants.

      -jcr

      --
      The only title of honor that a tyrant can grant is "Enemy of the State."
    3. Re:No... by koreth · · Score: 2, Insightful
      It's just like the RIAA and the MPAA - when new technology comes out that creates competition for their current business model, they're more inclined to fight the technology, rather than embrace it

      Then explain to me why the solar panels on my roof are made by British Petroleum.

      The RIAA and MPAA aren't selling a product whose source will eventually run out.

      Oil people might differ on when it'll happen, but every oil company CEO knows that eventually we'll run out of easy-to-reach oil and the rest will cost so much to pump out of the ground that it'll be economically impossible to use as a commonplace energy source.

      Any oil companies that haven't diversified into other, more sustainable businesses when that happens will be toast, no matter how much lobbying money they spend.

      Don't get me wrong, they'll fiercely defend their current business for as long as it's profitable! But there's a limited amount of life left in that business, and they all know it.

    4. Re:No... by CrimsonAvenger · · Score: 1
      If oil companies didn't have to distribute their products to 17 million places worldwide, they could reduce their costs fairly dramatically. They'd surely need to pump less, but they'd be closing down some refineries (the ones that make gasoline, at least), closing down most of their distribution network (only have to deliver to plastics factories and such), generally gutting the cost side of the equation.

      So even if they stayed entirely away from "energy" production, and stuck to "oil" production, odds are good they'd come out ahead on the deal.

      --

      "I do not agree with what you say, but I will defend to the death your right to say it"
    5. Re:No... by Rei · · Score: 1

      I'll second this, and my father is a president of a major US oil company ;) He's actually remarked several times that he looks forward to the day when a new technology comes along that puts them out of the energy business. Oil executives aren't stupid, and they're not all environment-hating nuts. They're producers of chemicals. They have a huge amount of experience in machining equipment, transporting raw materials and products, etc. While it wouldn't be trivial to switch into new fields like isotope separation, it would be something right up their alley. They have huge engineering resources at their disposal.

      Who do you think it will be that would gear up to isolate heavy water, should this technology become prominant? It'll be the chemical industry - and I wouldn't be surprised if several oil companies or their subsidiaries get involved.

      --
      I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
    6. Re:No... by Anonymous Coward · · Score: 0

      Except that they already have millions-to-billions invested in the infrastructure... It might make sense to walk away from that, but it would be very difficult to see it that way, as it is a major asset.

    7. Re:No... by jericho4.0 · · Score: 1
      Good point. We'll still use oil for plastics, lubricants, some fuels, etc.

      OTOH, free elecricity would cause the (big picture) price of many materials to plummet. Titanium, for instance, is one of the Earths crusts most plentiful metals, yet it's very expensive because of the energy costs associated with refining it.

      --
      "A language that doesn't affect the way you think about programming, is not worth knowing" - Alan Perlis
    8. Re:No... by jcr · · Score: 1

      Titanium, for instance, is one of the Earths crusts most plentiful metals

      Really? I had no idea.

      I have heard that electricity is close to half of the cost of refining aluminum. I wonder how many other materials we'd start using if, say, power for electrolysis were free. We can probably extract all kinds of elements from seawater.

      -jcr

      --
      The only title of honor that a tyrant can grant is "Enemy of the State."
    9. Re:No... by Anonymous Coward · · Score: 0

      Doesn't matter because you can get oil from corn, sunflowers, chemical synthesis, Burger King, etc, etc. You can synthesize anything if energy is free.

  96. This could have been decided a long time ago. by Baldrson · · Score: 2, Interesting
    In 1992 I circulated draft legislation that would have established a system of prize awards for milestones in fusion. Like the later Ansari X-prize, my inspiration was the Orteig prize that preceded Lindburgh's flight across the Atlantic.

    A former head of the Atomic Energy Commission's fusion program -- indeed one of the 3 primary founders of the Tokamak program, Robert Bussard, picked up that legislation and sent it to all members of the Congressional committees on energy as well as to the various physics labs. In his cover letter he admitted that the Tokamak program had been a sham program -- promoted in the wake of the Apollo program -- to try and get funding to try out all the "hopeful ideas" out there. The Tokamak program turned into a Frankenstein monster and instead started killing all the hopeful ideas they had originally set out to fund.

    It's taken quite a while for the government to lose its fixation on the Tokamak.

    Maybe now they'll reconsider my legislation -- especially now that the prize award approach has been largely vindicated.

    Or will it take another Viet Nam, or worse, WW III for them to wake up to the stupidity of their energy policies?

  97. Ballpark figure: by k98sven · · Score: 2, Insightful

    Just as an example: Proton tunnelling has been observed over 0.5 Å with a 2E-23 J barrier. (as a contribting effect in hydroxyl group proton exchange)

    It takes 100,000,000 times that energy to get a proton just within 1E-13 m of another proton.

    Now consider that the tunneling rate is exponentially dependent on the barrier. Uh-huh.

  98. really.. by RayBender · · Score: 3, Insightful
    Physics Today, MIT Technology Review

    With all due respect to the above journals, they are not peer-reviewed journals where research results are reported. If the journals had been Nature, Science and Physics Review, then I'd be excited. But they aren't, so I'm not. Besides, I read the articles, and I didn't get the impression they were all that enthusiastic...

    --
    Human genome = 3 billion base pairs = 6 GBit. Windows + Office = 20 Gbit. Which is more impressive?
    1. Re:really.. by hubie · · Score: 1

      Damn, you beat me to the comment. I was going to add that though these periodicals are very good, it is like calling National Geographic a respected anthrpology journal.

  99. Science isn't a beareauracy by hqm · · Score: 1

    "And if this effect turns out to be real, it will be the paintstaking, not-by-press-conference slow work of real researchers who understand how science works, that will ironically provide actual justification."

    Real technical breakthroughs generally come from people who can take risks, can think from many angles, and can stand some failures.

    Your idea of a "real researcher" is someone who can only make incremental, if any, progress, and who cannot dare to risk the ridicule of the other "real researchers".

    1. Re:Science isn't a beareauracy by Anonymous Coward · · Score: 0

      Your point may be a valid for _technical_ breaktroughs.

      The catch it, at the moment achieving cold fusion isn't a technical problem (ie, the basics behind the pheunomenon are understood and the problem is how it's done) but a problem on the theory level. A way of achieving it isn't known.

      Imagine trying to build a computer by connecting different transistors without properly understanding what your pieces actually are.

  100. Re:RTFP: He said "aneutronic". by cardshark2001 · · Score: 2, Insightful
    pseudo-scientific pundits attacking creation science

    Oh please. "Creation science" isn't science at all. Science makes predictions based on theories, and often has applicable uses. "Creation science" just attacks an evolutionary strawman. Nothing useful has come out of it, and no predictions can be made from it, and its practicioners don't follow the scientific method of empirical research.

    To believe that crap, you have to discard physics (radioactive dating), astrophysics (age of the universe), biology (evolution and DNA), geology (age of the earth), paleoclimatology (ancient weather), and probably several other scientific disciplines that I just can't think of at the moment. Every one of THOSE sciences actually produce results. The atomic clock which you set your watch by in the morning is based on the same rate of radioactive decay which allows us to date rocks and sediment and fossils. The rockets that we send into space calculate their trajectory based on the same science which tells us how old the universe is. DNA and evolutionary research have given us new prescription drugs that are used to treat diseases. Paleoclimatology tells us what happens when the cabon dioxide levels get too high and cause global warming.

    Has "Creation science" contributed anything to mankind, other than a bunch of wrongheaded thinking? Can you use "creation science" to make a better retrovirus drug? No. It's not science, it's muddle headed philosophy, and it will never be any more than that because it is fundamentally wrong.

    When scientists say the earth is billions of years old, that theory is not based on pseudo-science, but cold, hard facts that "creation science" doesn't deal with, because it can't. If we used "creation science" geology to build our buildings, they would collapse. If we used "creation science" nuclear physics to build our nuclear reactors, they would explode. The only way you could possibly believe that crap is if you are woefully or intentionally ignorant of the facts.

    --
    WWJD? JWRTFA!
  101. We can already kill people with fusion by Anonymous Coward · · Score: 0

    It's called an H-Bomb. We've had them since the 50's. This has no military implications beyond those we already know.

  102. Lies! by Cold+Fuzion · · Score: 1
    I'm not impossible!

    ...although that's what they keep saying about me. :(

  103. i had a cold frusion for breakfast.. by evilmousse · · Score: 1


    it sucked.

  104. Scripting Language? by s-orbital · · Score: 1

    It took me a few seconds to realize that they werent talking about the scripting language.

    I have been seeing more .cfm pages recently, and I dont know what advantage they have over PHP, but I guess CF is still popular with a few people

    --
    Patent: from Latin patere, to be open
  105. Phew... by PhotoBoy · · Score: 4, Funny

    I thought they meant Macromedia Cold Fusion was back from the dead.

  106. What may be needed here by randall_burns · · Score: 2, Interesting

    Is a more generic form of prize devoted to energy sources. It would be worthwhile to have a prize that would simply related to non-patented technological changes that make their way into energy sources-particularly power plants.

  107. Please, Mr. Science Discovery Bookie... by po8 · · Score: 1

    Isn't there one of those science discovery betting pools that has "cold fusion" as one of the things to bet on? I desperately want to bet against it, at whatever odds they'll give me. Easy money at 100000:1. Looks like gullible /.-ers alone would put the book at more like 10:1 though, meaning that if it had a two-year window it would be a 5% investment even if I had to put the money in escrow up front. Heck, if it weren't illegal in the US, I would make book on it myself. Advantages of a physics degree and a wide reading list, dontcha know.

  108. Crystal power next? by ATMosby · · Score: 0

    Can mainstream acceptance of the power of crystals and snakeoil be far behind?

  109. Re:Read the F'in article - senor missthepoint by Anonymous Coward · · Score: 0

    i think it was a spoderman joke. :I

  110. Excess energy in the entire cycle? by Whumpsnatz · · Score: 1

    It's interesting that some experiments are able to produce excess energy, but I wonder if there is excess energy across the entire cycle. How much energy is required to "saturate" the palladium? Can the same palladium be used repeatedly, or is there some additional energy-consuming reprocessing that must be done? (Or, even worse, does it for some reason simply not work on reprocessed palladium?). How much energy is required to extract and concentrate the deuterium? Even, how much energy is required to mine and process the palladium.

    Some of the results are definitely attention-getting, but before I start celebrating, I'll want to see whether this is just a shifting of energy consumption.

    And that doesn't even address whether the process can be effectively done in an environment for capturing the heat
    output (like a power plant).

    With that said, I'd still like to see money put into researching this, because I don't like being a major contributor to the worldwide environmental destruction of "global warming" through the use of a computer in an air-conditioned house.

  111. These CF-bashers are totally clueless by Anonymous Coward · · Score: 2, Interesting

    Figured I'd move this to the top thread so that as many people saw it as possible. Wow, you people really have no idea, at all, what you are talking about. ColdFusion 4? Uh, that was 6 years ago! ColdFusion MX is a Java/J2EE application that runs on JRun, WebSphere, Tomcat, etc. and utterly trounces other web development languages. It has tags that make all common needs simple to solve (create a web service with one line of code?!) and if you need to do anything complex, call anything in the Java API straight from your CFML code. Any statements about lack of scalability or security are utterly false and are clearly coming from someone who has no clue about what CFMX is. I've been a CF developer for 6 years and do very well at it, building extremely large and complex ecommerce and data warehouse systems. It's just hilarious to see people show their ignorance by saying things as "facts" that are actually totally incorrect.

    1. Re:These CF-bashers are totally clueless by boy_afraid · · Score: 0

      I've been doing CF development for 9 years, since 1995. Yeah, I think I started with version 1.0 or 1.5. The manual was a small 50-75 page spiral notebook. I was evaluating ASP and CF, and CF was the easiest, less complex, fastest to develop in, and did what we needed to do. Back then I needed to export results into Excel. I was thrown into shock as to how EASY it was in CF in comparison to ASP.

      CF is one bad mutha-f*cker! I'm starting to like C# more and more, especially with the complex things you can do over CF, but CF is still the fastest easiest thing out there than runs on the most platforms!

  112. DOE report already debunked by Anonymous Coward · · Score: 0

    The DOE "cold fusion" report was debunked on the same day that it was announced (sorry, didn't save the reference).

    The excess heat effect only occurs reliably when the electrodes are packed with deuterium, prior to beginning of the experiment. What they don't bother to mention is that this packing takes place under extremely high pressures and temperatures. The deuterium doesn't want to be in the electrodes, it has to be forced in. This creates a huge store of potential energy not accounted for in the experiments. The excess heat is just the release of that stored energy. Once all the deuterium has been released from the electrodes the excess heat stops.

    Bottom line, taking into account the energy expended in packing the electrodes, this is a net loss of energy, just as the laws of thermodynamics require.

    This is no different than the people who say that hydrogen powered cars will eliminate pollution, totally ignoring where the hydrogen is going to come from. Hydrogen is not an energy source, it is an energy storage medium. The same is true of the deuterium-packed palladium electrodes.

  113. Wrong, Re: Heavy water toxicity by titzandkunt · · Score: 2, Informative


    "...The only thing in the body that heavy water might affect is osmosis, so I think that is a very unlikely suggestion..."

    No Nobel prize. Not even a White Owl. Here's a more knowledgeable view of heavy water toxicity

    To quote:

    "When body deuterium reaches about 50%, it inhibits mitosis because spindle microtubules won't form (some hydrogen bond effect inhibiting self-polymerization, I think). So all eucaryotic cells are poisoned about about these concentrations, or a little higher (bacteria can survive full deuteration-- they just grow half as fast). The consequences of failure of cell division for an intact animal like a rodent, are somewhat like those of radiation or chemo-- the bone marrow and gut lining cells suffer. Animals die of infection or diarrhea. "

    T&K.

    --
    Political language ... is designed to make lies sound truthful and murder respectable...
    1. Re:Wrong, Re: Heavy water toxicity by juhaz · · Score: 1

      When body deuterium reaches about 50%, it inhibits mitosis

      That's hardly toxic. You'd need to drink nothing but D2O for several days to get anywhere near those levels, and even when it reaches that point, you'd need to spend quite a lot of time, weeks at least, to actually die of cell division failures, and the cure at any point is to simply start drinking water.

      It could also be argued you don't actually die of heavy water poisoning, you die because of water deficiency. Is nitrogen toxic because you will suffocate if you don't have an oxygen intake? Are sand and fibers toxic because you die of starvation if you eat only things with no nutritional value whatsoever?

  114. Re:RTFP: He said "aneutronic". by Rei · · Score: 1

    You're probably trolling, but I'll bite. First off, I need to know a couple starting points.

    1) Are you a YEC (Young Earth Creationist) or an OEC (Old Earth Creationist)?
    2) Do you accept "microevolution" or not?
    3) Whose particular theories do you subscribe to ("Creation Science" doesn't have a single set of "How Things Work", but rather each "scientist" postulates his own. There's a reason for this - they contradict each other - but we can get into that later).

    Respond to this, and we can continue from there.

    --
    I'm you from the future! We have to finish our time machine before the Angels of Destruction find the portal!
  115. Difficult to measure by SiliconEntity · · Score: 2, Informative

    I read a lot about cold fusion when the controversy first erupted and in the next few years. It's much more difficult to evaluate than you would think.

    The problem is that there is a pre-loading phase where you are running the current and nothing is happening. This is when the hydrogen is being taken up by the palladium electrodes. Then after a while you start to get some heat, often sporadically.

    But is it excess heat? Or are you merely recovering energy you spent in the pre-loading phase?

    This question is the subject of calorimetry, or heat measurement, and it is one of the most difficult types of measurements to do precisely. Making it harder is the fact that the experiments run for several days or even weeks and you have to monitor the energy spent and recovered throughout that time. Some of the early experiments went bad because the stirring of the water by convection wasn't properly taken into account. That's how subtle and difficult it is.

    It seems clear that at least some of the early cold fusion results were merely calorimetric errors. Now, it's possible that they have improved their experimental technique and that the new data is more convincing. But the nature of the experiment - long periods of feeding energy in, then short bursts of heat out - makes it inherently difficult to come up with convincing proof of what is happening.

  116. let me rephrase that by tinkerton · · Score: 1

    there are no stupid people. Only very smart people conspiring to make you believe they're dumb.

  117. Can you provide examples? by Baldrson · · Score: 1
    Part of the problem with making things generic is that eventually the judgement criteria becomes fuzzy.

    It would be helpful to describe examples of prize award criteria you have in mind.

    1. Re:Can you provide examples? by randall_burns · · Score: 1

      At present, most power in the US is generated by large, publicly regulated power plants. It would be straightforward to have the operators of these plants to disclose what technologies they use and how they relate to their overall operations. A government committee could assess these disclosures and apportion a pool of funds based on these dislosures. The problem with prizes of that nature is the process is more "political" but it might provide incentives for technologies that are unexpected.

    2. Re:Can you provide examples? by Baldrson · · Score: 1

      Sorry but what I asked for was examples of prize award criteria of the type you envision coming out of the process you described.

  118. Netcraft by Anonymous Coward · · Score: 0

    The title is misleading, since Netcraft never confirmed cold fusion as being dead!

  119. Re:RTFP: He said "aneutronic". by True+Grit · · Score: 1
    The obvious reason for this is that the hot-fusionists and the evolutionists have no valid or even internally consistent theories of their own,


    What planet are you (and the guy that modded you up) from?

    • Fact: Hot fusion is *real*, it exists, the evidence for it is overwhelming.
    • Fact: Evolution is *real*, it exists, the evidence for it is overwhelming. The fact there are some religious lunatics who can't stand the current theory that tries to explain *why* evolution happens is immaterial, evolutionary change *has* been witnessed to occur in existing species on this planet in the last 30-40 years or so.
    • Fact: Cold fusion has *never* been shown to consistently occur. Most of the attempts to repeat the phenomena have *failed*, and scientists are still arguing about what those experiments that did "succeed" actually *showed or proved*. The evidence for it is still practically nonexistent.

    When someone comes forward with an experiment that can consistently demonstrate the cold fusion phenomena, then it will instantly be out of the scientific cold, because the benefits of it are too overwhelming for those in the energy business to ignore it just because its been viciously controversial within the scientific community in the past.

    In politics, you can win arguments with just charisma or force of character or simply yelling louder than your opponent, but in the scientific community you ultimately win arguments with *evidence* and nothing else. It is the *lack* of such evidence which has kept cold fusion in the cold all this time, not another one of the endless, bizarre conspiricy theories from the fringe.

    You, Mr. AC, are an idiot, although not as bad as the one that modded you up.
  120. I agree with you but... by BHS_Turf · · Score: 1

    It is libel, not slander.

    As to the argument; no matter how it is presented, a fact is a fact. I am not saying that they did or did not demonstrate Cold Fusion, if their research turns out to be correct, who cares how it is presented?

  121. New elements MUST exists as a byproduct. by Anonymous Coward · · Score: 0

    If someone could show that the reaction produced heavier elements that were not originally in the reaction vessel or surrounding air then there is something to it. Otherwise it's a scam to get grant money.

  122. Dump the Scientists in the ocean. by Anonymous Coward · · Score: 0

    Give me technologists every time.

    One whole century of modern physics has given us squat.

    Apart from....

    Two (yes two) contradictory models of physics. One for big stuff one for little stuff. Brilliant work team.

    Inadequate explanations time and gravity. Time is reversible apparently.

    A million scientists who meet any anomalous result with a chorus of "la la la not listening" - "not possible" - "contradicts the laws of physics so I am not interested"

    A collection of expensive atom smashing devices.

    oh and NUCLEAR BOMBS.

    That's great, just great - thanks alot physics. What we actually needed was:

    Flying Cars

    The end of fossil fuels (take that Osama!)

    Some groovy way of blocking gravity. If it is so weak WTF not?

    And generally cool stuff that would make human lives better.

    This is why I like technologists more than scientists. Scientists are scary people who want to discover what numbers make the world work. Technologists DON'T CARE how it works - they just want to make cool useful shit. They don't need a theoretical framework to get out of bed. They just fiddle with stuff to make it work.

    Technologists relentlessly pursue useful effects and attempt to harness them. Harness them for human benefit - regardless of whether the effect violates the established theoretical framework.

    The all-powerful scientific method seems to blind people like some half-assed fundamentialist religion. Fleischman and Pons were ex-communicated because they violated the religious order. I am surprised that the scienfic community has not gotten together and appointed some mullah who issues fatwas on evil transgressors.

    Me personally, I'd gladly toss a thousand Steven Hawkings into the ocean for ten modern-age Edisons.

    Anon

    1. Re:Dump the Scientists in the ocean. by jaoswald · · Score: 2, Insightful

      Twentieth-century physics also gave us the solid state (quantum mechanical) theories needed to understand semiconductor rectification and other phenomena used to make things like, oh, TRANSISTORS. And the atomic physics necessary to make LASERS. So that computer with its CD-ROM drive in front of you wouldn't exist without the efforts of 20th century PHYSICISTS.

      None of these were "technologists" working on something they didn't understand, but scientists who actually used the full power of modern physical theories to predict and discover useful phenomena.

      And I haven't even reached back to the 19th century to mention a guy by the name of Maxwell, and all the great things made possible by his theoretical research. Like, oh, I don't know, radio.

      Even Edison wouldn't have gotten very far if it hadn't been for Ampere, Coulomb, and Faraday. All that funky telegraph stuff that gave Edison his start depended on what was once cutting-edge physics.

      I'll freely admit general relativity hasn't (and almost certainly won't) lead to technological breakthroughs. But quantum mechanics has pretty clearly kicked ass.

  123. Ha! I linked to a cold fusion article last week! by TheNarrator · · Score: 2, Interesting

    I linked to a article about renewed DOE interest in cold fusion in one of my comments and was throughly ridiculed. Well just goes to show that being ahead of the curve is never easy.

  124. Exactly how do you achieve this 100% saturation? by istartedi · · Score: 1

    Exactly how do you achieve this "100% saturation" they talk about? Does D actually diffuse into Paladium to the point where there is a 1:1 atomic ratio? I find that hard to believe.

    Maybe they are just talking about the surface perhaps? Can anybody clarify this?

    --
    For all intensive purposes, "whom" is no longer a word. That begs the question, "who cares"?
  125. solution by Anonymous Coward · · Score: 0

    maybe mr pons-fleischman are reading this post,
    and i suggest they make a nice website and post
    all the details on how to reproduce this experiment.
    i can see that what i need is a battery
    (not a port-a-nuke), some deuterium and some
    palladium. if i can find a website to tell me how
    to build a electric generator, a combustion engine,
    a rocket, or a orange (fruit) powered lcd clock,
    why can't i find some plans on this cold fusion
    device? oh dear ... money! right ...

  126. Re:Have ANY of you naysayers... by Anonymous Coward · · Score: 0
    ...ever bothered to pick up a copy of Infinite Energy magazine?
    I don't pick up The Weekly World News either.

    Let us not forget Irving Langmuir's symptoms of pathological science:

    The maximum effect that is observed is produced by a causative agent of barely detectable intensity, and the magnitude of the effect is substantially independent of the intensity of the cause.

    The effect is of a magnitude that remains close to the limit of detectability, or many measurements are necessary because of the very low statistical significance of the results.

    Theories outside the field's paradigm are suggested.

    Criticisms are met by ad hoc excuses thought up on the spur of the moment.

    The ratio of supporters to critics rises and then falls gradually to oblivion.

    Nicholas Turro has added:

    The remarkable result is specific for a "special" system.

    Some special technique or equipment is involved.

    The result requires a stunning departure from the paradigms that fully determine results in all other comparable systems, including those studied by the authors.

    Some of the common traits seen by the Infinite Energy crowd are summed up nicely by Martin Gardner:

    He considers himself a genius.

    He regards his colleagues, without exception, as ignorant blockheads.

    He believes himself unjustly persecuted and discriminated against.

    He has strong compulsions to focus his attacks on the greatest scientists and best established theories.

    He often has a tendency to write in a complex jargon, in many cases making use of terms and phrases he himself has coined.

    You don't see the last one, and you get only a taste of the first one, but I'd say your vitriolic comment is covers the rest rather well here.

    I was going to add some other good tell-tale signs, but a little Googling has turned up a nice page.

    Please note Bubba that it was over four months between when the DoE decided to look again at cold fusion and when Mallove was murdered. This may constitute "shortly after" in a cosmic sense, but your statment is ignorant and misleading. I assume you either spout it in a deliberate attempt to mislead, or you probably heard it secondhand and didn't bother to verify it (both qualities, by the way, the "infinite" and/or "free" energy crowd have in abundance).

    By the way, did you know that Art Carney, the great comedian, died on November 9 2003: THREE DAYS AFTER THE DoE COLD FUSION MEETING!

    Coincidence? I think not.

  127. Re:Have ANY of you naysayers... by joshv · · Score: 2, Insightful

    "If you had, you might have noticed that there have been papers posted from labs around the world with consistent, reproducible results, for the past 10 years."

    Ok, I'll bite. Why aren't these people now all billionaires, having developed and sold their new fusion technologies as a practical energy source?

    If it is reliably reproducable, someone ought to be able to make a practical 'cold fusion reactor' and sell it, even if we don't entirely understand the effect. People were burning wood for energy long before we knew anything about combustion chemistry.

  128. Cold Fusion & Creation Science? Wednesday Scie by ibi · · Score: 1

    I have a better theory than Creation Science. I say the world was created last Wednesday. By a supernatural entity I like to call "Al". Al has the ability to make a universe, set into motion all the physical processes in such a way that they "appear" to have started before last Wednesday and so forth.

    Disprove it? You can't. Which is why invoking the supernatural is a forbidden move in real science. Once you allow it science as a way of knowing becomes untenable. (Which, of course, doesn't mean that Al didn't create the universe last Wednesday, just that if that sort of thing is going to happen much, predicting the future on the basis of observing the past will be kinda pointless.)

    Cold fusion is a whole different animal. IMHO while it got dissed because of institutional and cultural problems as well as real scientifically sound holes in the idea, it was possibly a valid scientific theory.

    Creationism isn't even a *possibly* valid scientific theory. Therefore, it's safe to say that people who advance it are just clueless about what science is about.

  129. Please, I'm a physics major by Haertchen · · Score: 1

    It's not groupthink to think that fusion produces radiation in large doses. One of the main ways of detecting fusion at rooms temperatures is to detect the almost inevitable neutron emmisions. The whole reason that fusion reactions can occur is because the system ends up with lower energy after the reaction than it had before. The excess energy has to go somewhere, and it typically ends up partly as heat in the system and partly as kinetic energy in an emmited particle--radiation. And a particle has to be emitted to conserve momentum. And radiation, in large enough doses, is deadly-very deadly. I would have to be a fool indeed to think that just because its radiation also means its safe, especially because it isn't. However, I am not afraid of nuclear resonance imaging, for instance (also known as Magnetic Resonance Imaging). I know how it works, and I know it isn't dangerous-radio waves just interact with the nucleus, but there is no ionizing radiation. Perfectly safe. I'm quite smart enough to judge each instance on its own merits. As for the cold fusion bit, I think something is happening in the cells. But it probably isn't just fusion.

  130. thats all we need by Mr._Hole · · Score: 0

    Thats all I need to feel safe... (ie) driving into a parking lot with a bunch of mini hindenburgs all around me.

  131. Re:no such thing. it's CON fusion by True+Grit · · Score: 1
    bullshit in a bottle


    My, my, you sound like a real reasonable open-minded person, ya know?

    For the record, I don't have an opinon on CF, maybe its real, maybe its not, and I do believe P&F really screwed up going to the press first before having solid evidence and a consistently reproducible experiment (even if it was an administrator that set the press conference up, they should have known as any responsible scientist would, that it was *way* too early to be talking to the press). If this had been handled in a normal fashion, ie, the issue kept within scientific circles at this early stage things probably would have gone very differently. After 15 years, maybe there is now enough evidence to convince most of the skeptics that *something* weird is happening, but I suspect some of the critics will never be convinced....

    I don't know what the outcome will be, but a) your "faith-based initiative" remark is utter bullshit, no one has shown evidence that P&F were trying to deliberately deceive anyone (sloppy, maybe even incompetent, but not evil), and b) there *is* an ulterior motive for some of those who are so pathologically hostile to the CF idea (hmm, like you are..).

    Try reading this. This should be a real shocker, and no, the article isn't arguing about whether CF is real, it does however go into detail about the reactions to the idea. There are a number of fascinationg revelations here, like some of the early experiments that were done to prove CF wrong, were themselves flawed, and even worse, the data from the famous MIT experiment which really sank the CF ship before it got to sea, showed altered data that would be hard to explain as anything other than deliberate fraud. Why?, well, ask yourself why were the most vocal critics then (and perhaps still today), the hot-fusion scientists who stand to lose *big* if CF were shown to be real? Their entire career working on hot fusion would get thrown in the dustbin if CF was realized. Wouldn't it be really funny if you're last comment, that reference to a funding grab, turned out to be right but the guilty parties aren't in the CF community but in the "respected" community everyone currently assumes is correct?

    Its a very interesting article, ironically the scientific process of debate and argument among scientists can sometimes look even worse than a political compromise worked out in a smoke-filled back room, and that is often compared unfavorably to watching certain meat products being made...

    Anyway, unfortunately when it comes to human behavior, truth/reality is usually *far* more complicated, even insidiously complex, and often downright bizarre, compared to our quick *assumptions* about why something happened. When has *anything* turned out to be as simple and one-sided as you make it out to be? IMO, never. This ain't kindergarden, man, everybody out there aren't wearing just white or black hats, their hats are all shades of gray, and some are even in technicolor!

    But hey, since this is /., we tend to get a lot of folks like you who never google to check their assumptions, and then return to the /. thread (assuming they actually RTFAd which is a rarity too) with their unfounded assumptions and simple-minded conclusions and start foully blathering on like a rabid dog foaming at the mouth, and making an absolute ass of themselves. No, nothing new here, just move along folks.
  132. The psychotic madness of profit. by Anonymous Coward · · Score: 0

    Profiteers (called "corps" or "bloodsuckers", technically) grab MONEY from their customers by SELLING their customers STUFF that their customers WANT!

    This INSANE and UNNATURAL BEHAVIOR must be STOPPED!

  133. At FCC class on TV transmitters: by Anna+Merikin · · Score: 0, Troll

    Q. from student in back row: "What IS electricity?"

    A. "Flow of electrons..."

    Q. "What are electrons?..."

    A. "We don't know. They may be made of quarks..."

    Q. You don't know what electricity is but you are going to teach us all about it?"

    A. "Although we don't know what is, we know how to make it work -- to change them into photons of a certain frequency. Trust us."

    For thos who don't understand metaphor, science blithely accepts as truth things it does not understand and so, cannot explain.

    They (science) just didn't like Pons and Fleishman's attitude.

    F'sck 'em.

    Ninety percent of scientists have IQ's below that of Spiro Agnew (135).

    It's the other ten percent you want to talk to.

    1. Re:At FCC class on TV transmitters: by juhaz · · Score: 1

      For thos who don't understand metaphor, science blithely accepts as truth things it does not understand and so, cannot explain.

      Your stupid metaphor is not only wrong, it's not about science at all. It's about real life. The teacher could not care less what scientist think about the electrons at the moment (they're not made of quarks, btw, electrons ARE quarks), he's teaching about electricity, not quantum physics, it's enough that he know electrons carry a charge, what they are or are not made of, is of no significance.

      I don't need to know general relativity to know basic mechanics, Newton works just fine, and I don't need to know anything about subatomic properties of invidual electron to know how electricity behaves.

      Ninety percent of scientists have IQ's below that of Spiro Agnew (135).

      Not that IQ means anything, mind you, but are you suggesting that IQ below 135 is supposed to be very bad? You do realize that 50% of all people have IQ under 100, by definition, and that only about 1% of all humans have IQ in 135 range? Looks like scientist are ten times smarter than rest of us if ten percent of them reach that instead of one in a hundred like the rest of us.

    2. Re:At FCC class on TV transmitters: by Anna+Merikin · · Score: 1
      are you suggesting that IQ below 135 is supposed to be very bad?

      I am suggesting that only ten per cent of scientists are bright enough to understand the generalities of their disciplines (rather than the specifics on which they are working drone-like) and its connection to the rest of the world.

      Agnew was smart enough to figure out how to take cash bribes in the Vice President's White House office.

      The teacher was teaching TV-transmitter theory and practice -- not simple electricity.

      The point I was trying to make was Pons and Fleishman's work was reviewed by "peers" who were bound to their ignorance (and probably inhabited the ninety per cent) rather than open to following the (admittedly sketchy and unscientific) announcement of the discovery fifteen years ago and trying to replicate it.

      There is quite a difference between setting out to disprove "cold fusion" and replicating its proponents' methods and principles calmly and patiently.

      Science acts like it is a closed system where everything we need to know is already known, when, indeed, it is an open system where some fraction of its "knowledge" will be proved wrong in future.

      For a decent explanation of this, see http://www.active-stream.com/Story/KazanisSci.shtm l

      Since "Cold Fusion" may have national defense applications, I would not be surprised if the early reports discounting its truth might have sprung from a government agency intent to keep such a principle secret -- or to discredit it enough so other governments won't believe it.

      In any case, science marches on -- one step back and two steps ahead.

    3. Re:At FCC class on TV transmitters: by meringuoid · · Score: 1
      they're not made of quarks, btw, electrons ARE quarks

      No, electrons are leptons.

      --
      Real Daleks don't climb stairs - they level the building.
    4. Re:At FCC class on TV transmitters: by juhaz · · Score: 1

      That's true but it doesn't mean they are not quarks as well.

      Leptons are just one family of quarks, the another being fermions.

    5. Re:At FCC class on TV transmitters: by meringuoid · · Score: 1
      Umm... no. Quarks are quarks; leptons are leptons. They're entirely different.

      The quarks are up, down, strange, charmed, bottom, and top, and corresponding antiparticles. The leptons are the electron, muon and tau, and their associated neutrinos, and again, the corresponding antiparticles.

      Quarks and leptons are all fermions, as opposed to bosons, such as photons and other force-carrying particles.

      --
      Real Daleks don't climb stairs - they level the building.
    6. Re:At FCC class on TV transmitters: by juhaz · · Score: 1

      You are of course totally correct.

      I was cheerily talking about fermions - or actually a word which would have encompassed both fermions and bosons, that is, quanta or "elementary particles" depending on excessive latin tolerance - with a wrong name.

  134. Scientific Journals? by EvolutionKills · · Score: 0

    This may have already been pointed out, but neither Physics Today nor MIT's Technology Review are scientific journals. They are layperson review jounals, not journals in which peer-reviewed research articles are presented. This isn't just a pedantic distinction--there's a major difference between a peer-reviewed article on cold fusion (or any other area of research) and an op-ed piece in a review/news journal like the ones mentioned.

    --
    Knowledge is power. Power corrupts. Study hard, be evil.
  135. Credibility +4 by Anna+Merikin · · Score: 2, Informative

    Pons and Fleishman told of trying an experiment in a portable cooler; when no positive results were immediately apparent, the cooler was put into a closet and forgotten about for years -- until there was a fire which the arson investigators deduced started in the closet, in the cooler....

    Pons and Fleishman were clear (to me) in saying the "apparatus" had to spend years "charging." Their words.

    Right after their announcement, a Palo Alto, CA laboratory charged with trying to replicate their experiment used the same brand cooler and put it in a closet for years.... Students graduated, professors retired or moved on, and suddenly, there was a fire in the lab, which investigators reported started in a closet....

    (This based on contemporary news reports carried in the SF CHronicle.)

    I doubt the PA replication experiment was designed to start a fire inadvertently, but that appears to be what happened.

    Pons and Fleishman's explanation of their apparatus was MORE accurate than most of the doubters realized or even accepted.

    It appears to me (an interested amateur) that the battery uses time to somehow attract a Deuterium atom to each palladium atom, at which time, according to the article, energy amplification ("cold fusion") occurs 100 per cent of the time.

  136. And water has memory... by SunSaw · · Score: 2, Informative

    The big fuss over cold fusion came about the same time as the bogus theory that water had a memory. If you can believe that the water in your next can of Pepsi (or Coke) "remembers" that it was most recently in your bladder, more power to you, but it's this same quackery that gives us homeopathic remedies. Let's not confuse what we would like to be, with what is reality. Bad science is just that and wishing that it wasn't doesn't make it so.

    --
    --When it's my time, I want to die in my sleep like my grandfather -- not screaming like all the passengers in his car
  137. Science Is Not Done by Press Conference? by Anonymous Coward · · Score: 0

    Quick! Someone tell NASA!

  138. Agreed. Plus, they pushed their luck by Lifewish · · Score: 1

    My dad was a PhD student for Dr Fleischmann (at a point separate from the cold fusion saga). I have little personal knowledge of the situation, but the received wisdom is that the main mistake the good doctors made was to go into too much detail. They declared precisely what they thought was going on, and this pissed off a lot of physicists who thought that electrochemists should stick to their own subject. I can't guarantee the truth or falsity of this, but it sounds plausible. And it's worrying to think that the anger of the specialist scientific community may have held back cheap power for a long period of time.

    --
    For the love of God, please learn to spell "ridiculous"!!!
  139. Re:Have ANY of you naysayers... by 2TecTom · · Score: 1

    Had you considered that there are massive vested interests at work here, all of whom must be struggling to control this new technology?

    Is it truly beyond comprehension that perhaps the discovery was deliberately derailed in order for the established concerns to further develop their schemes?

    --
    Words to men, as air to birds.
  140. Re:reply to your sig by cybpunks3 · · Score: 0, Offtopic

    Political arguments should be settled within a political sphere.

    Once people resort to violence as a form of political speech the "point" they really don't deserve anything in return but a bullet in the head.

    It's shameful that Sadr can walk away from the mosque and enter politics after being responsible as the leader of the militia for all the deaths in these clashes. He's basically being treated like Ross Perot or something.

    It would be equally shameful for anyone to respond to terrorism by paying it back through attention to their chosen causes.

  141. Re:Have ANY of you naysayers... by Anonymous Coward · · Score: 1, Insightful

    Definite tinfoil hat response.

    Mysterious "vested interests" can't stop you from building one whopping big fusion device and unequivocally demonstrating the effect to all comers. And if you can do that, then there's no shortage of money that will be available. The "vested interests" will be more than happy to buy your company and use it to make even more money than they do now.

    Heck, it's not like all the "vested interests" are even all on the same side. They're often bitter rivals, and one of them would fund you just to spite his enemy.

    And if you really want to torpedo the "vested interests", you can just release the detailed engineering drawings on the Internet after they threaten to kill you.

    If it were as obvious and practical to do as you say, it would be in the market already.

  142. MOD PARENT UP by Anonymous Coward · · Score: 0

    Mod the parent up! We just need a new modding option:

    +1 -- First Funny Utah Joke Ever to be Posted on Slashdot

  143. Re:Have ANY of you naysayers... by FleaPlus · · Score: 1

    Is it truly beyond comprehension that perhaps the discovery was deliberately derailed in order for the established concerns to further develop their schemes?

    Um, yeah. Why expend so much effort to derail a discovery when you can just buy it out?

  144. Wholly dependent?? by Anonymous Coward · · Score: 0

    I'd like to point out that the hydro-electric power generation in Japan has NOTHING to do with "imported power." In addition to the hydro power, the solar power use in Japan I'd wager is way higher than most industrialized nations. After spending two years in Japan and seeing the countless mini hydro plants built on just about every mountain stream I'd say there power generation is anything but "wholly dependent on imported power." While they are too aware of foreign dependency, Japan is working toward some regional self suffiency.

    1. Re:Wholly dependent?? by cheekyboy · · Score: 1

      yes, but 90% of their industrial needs are supplied by oil.

      And dont forget too that OIL has 100000 other uses besides burning, re - plastics, ferts, etc.... it just doesnt come from rocks.

      --
      Liberty freedom are no1, not dicks in suits.
  145. Real Use for Cold Fusion by Teancum · · Score: 1

    For those that want (and in the very long term viewpoint, I hope this does happen) to have a "Mr. Fusion" that they put onto their car and get 2000 mi/gal of water you can pull from your garden hose, I want to say don't get your hopes up too high.

    Cold Fusion, like the Farnsworth Fusor technology, is very difficult to scale up to an appreciable size. For now, at best, you will only be able to have some sort of simple device that will be able to turn on and off nuclear reactions with a light switch. Now that is a big deal, and for some scientific studies that would be something in itself very useful, but not practical for running your laptop with.

    I have no doubt that there is some actual physical process that does go on in the pladium cryztal to induce nuclear fusion under some circumstances. To what extent though that you can turn it into a practical device for power generation is another story.

    Another thing to consider is the political consequences of the ability for each home to generate its own electricity. For now, most home can't do that, even with solar and wind power giving a strong assist (and saving you money when you "sell back" electricty to the power company). Certainly the tin hat crowd has reason to be worried about cold fusion, and it could be as disruptive to the power industry as micros were to the main-frame computer industry. 'nuff said on this point.

  146. Re:Have ANY of you naysayers... by 2TecTom · · Score: 1

    Sure ... and everything is just so open and everyone is so amazingly honest. Oh, and perhaps you're just being amazing naive and incredibly superficial?

    Personally, I'm always amazed by the sheer number of apologists there are. Talk about vested interest, eh.

    Of course, in my opinion, the overly affluent are already living a fantasy.

    --
    Words to men, as air to birds.
  147. Physics Today, MIT Technology Review?!? by Liquidity · · Score: 1

    Physics Today and MIT Technology Review are not leading science journals. I may be drunbk, but I am still right... err correct.

  148. Re:RTFP: He said "aneutronic". by OwlofCreamCheese · · Score: 1

    just so someone doesn't come and refute you later and think they crushed your whole point. atomic clocks work on vibrations... not decays... your point still generally stands though.

    --
    -You're wasting your time. Alfador only likes me.
  149. bistromathic excess by epine · · Score: 1


    I have no problem with people spending money to investigate this system, as long as no claims are made whatsoever on the basis of "excess" heat. Wake me up and report the excess heat when the "excess" heat arrives at a steam turbine.

    If a bunch of nuclear scientists go out for a dinner together, do the funds tended *ever* amount to l'addition?

    Exotic isotopes swimming in your post-fusion afterglow are worth reporting. Reporting that you can't add up your pay stub is not.

  150. From the post: "Things are warming up..." by buck_wild · · Score: 1

    That's hot!

    --
    If all you have is a hammer, everything looks like a nail.
  151. Process vs results by Latent+Heat · · Score: 1
    So Pons and Fleischmann violated process, so now there is a science version of ISO 960 or whatever that number is.

    Oh and then there are the arguments from authority regarding eminent authorities telling us how Pons and Fleischmann were so second rate.

    Cold fusion is either happening or it isn't. If it is happening, I don't care of Pons and Fleischmann are cheating on their wives and their income taxes, and if isn't happening, I don't care if they are as virtuous as saints.

  152. Because by GnarlyNome · · Score: 1

    If true even Bill Gates dosn't haveenough money
    We are talking about a potential market in the Trillions

    --
    Diplomacy is the art of saying "Nice doggie" until you can find a rock. Will Rogers
    1. Re:Because by cheekyboy · · Score: 1

      Its only worth that much if you charge a lot, though they should charge 10% of current energy costs to drive down the prices of everything that depends on power.

      So , say 1cent/KWhr instead of the 8-10 they charge now.

      But if they cannot patent it, then they WONT sell it because then any backyard person could then make his own gen and bypass paying the 'system' for power and avoid the minor taxes and feeding cash to the big corporate energy companies which have billions of stocks trading on the markets.

      --
      Liberty freedom are no1, not dicks in suits.
  153. Re:cold war by Anonymous Coward · · Score: 0

    Russia collapsed due to expenditures of cold war first. US is still spending. It's collapse is comming.

  154. Follow the money by bill_mcgonigle · · Score: 1

    I find it interesting that many of the opponents of Cold Fusion were directly or indirectly getting lots of funding from high-temperature fusion grants. Wasn't there a high-profile guy at MIT who resigned over one of these "debunking" reports?

    I find it very interesting that this news comes out just a few days after we learn that the US is killing funding for high temperature fusion research.

    I'm not sure what, if any, link there is but the timing seems significant.

    --
    My God, it's Full of Source!
    OUTSIDE_IP=$(dig +short my.ip @outsideip.net)
  155. More proof... by Merovign · · Score: 1

    More proof that science is becoming politics.

  156. Re:Have ANY of you naysayers... by 2TecTom · · Score: 1

    Sure, like buying fusion, fission or internal combustion ... sheesh. Ever hear of Standard Oil?

    --
    Words to men, as air to birds.
  157. Theory and evidence by Dollyknot · · Score: 2, Interesting
    Causality, phenomena, hypothesis, evidence, predictability. Look at the evidence generate a hypothesis. Newtons hypothesis worked well for hundreds of years to explain the movement of the planets, the fact that his hypothesis could not explain the orbit of mercury was conveniently ignored. Along came Einstein and suddenly mercury behaved itself.

    I would prefer much more that they were going to the moon to harvesting helium 3 and trying to fuse it with deuterium, the fact that helium 3 lacks something and dueterium has bit to much of something could make a fusion reaction easier to achieve. A link here. http://www.space.com/scienceastronomy/helium3_0006 30.html/

    --
    It's called an elephant's trunk whereas it is in fact, an elephant's nose, a nose by any other name would smell as sweet
  158. Re:reply to your sig by Anonymous Coward · · Score: 0

    Agreed. He who strikes the first blow has run out of ideas, but he who survives that first blow should hit back 100 times as hard. See reference to Carthage above.

  159. Re:reply to your sig by juhaz · · Score: 0, Offtopic

    Once people resort to violence as a form of political speech the "point" they really don't deserve anything in return but a bullet in the head.

    I agree. When is GWB going to get his bullet? He wreaked revenge on two nations full of people who had nothing to do with it, and still hasn't managed to catch the actual guilty ones, why didn't he attack Saudi-Arabia? Oh, right, they weren't utterly defenceless.

    And all the previous US presidents for that matter, what are you still waiting for, when are the executions scheduled?

    Or perhaps you meant to say that it's "politics" if you command a big army to do your violence for you, it's "violence" or "terrorism" if you command a slightly smaller army with no high-tech but a shitload of desperation.

    It's shameful that Sadr can walk away from the mosque and enter politics after being responsible as the leader of the militia for all the deaths in these clashes.

    Yeah, man those muslim politicians, how fricking' utterly EVIL for them to defend their country from hostile invader, who now wants to steal their natural resources to fund their war. It's shameful that Bush can walk away from the war room and enter politics after being responsible as the leader of the military for all the deaths in these clashes.

  160. Re:RTFP: He said "aneutronic". by Scarblac · · Score: 1

    Come on, don't be so nice, tell us how you really feel!

    --
    I believe posters are recognized by their sig. So I made one.