YouTube and the Modern Mad Scientist (hackaday.com)
szczys writes: Making change for $1.00 and getting $1.10 back. That's the premise of overunity, free energy, and perpetual motion experiments. Using money as the the analogy is fitting because these concepts are heavily aligned with scams trying to land a payday for their "research". But there is another branch of people working on them: tinkerers who believe they can actually solve the problem. Laws of thermodynamics say otherwise, but this isn't necessarily wasted time. Other breakthroughs are waiting to be discovered as these mad scientists try to remove all efficiency losses from their doomed systems. YouTube can be an interesting place to look for ideas on low-friction, high efficiency fabrication.
It may be that they're not intending to "break the laws" of physics at all, but discover/uncover new ones. It may be that "overunity" sucks energy out of some sort of sub-space field (intentionally borrowing from sci-fi, calm down) that we haven't yet discovered. It seems that the pundits are the source of most of the perpetual-motion misconceptions, rather than the tinkerers themselves.
They aren't trying to create "free energy" in the physics domain. They're trying to create "free energy" in the economics domain; if we can suck energy out of dimension X, then until we're bombed by the inhabitants of that realm it will appear as (economically) "free."
They're talking about "free as in beer" not "free as in freedom."
look at one free energy video and they will top the suggested video for you for months. Stay away from them as long that you want suggestions of things that you actually wish to see
If you are harvesting unused energy, seemingly from nowhere, you aren't breaking any laws of thermodynamics. Geothermal is just a tube in the ground that makes a motor run.
It all starts at 0
Law of thermodynamic pertaining on PPM only works on closed system. Your geothermal is actually an open system. A closed one would be earth+geothermal+motor+sun. That system is closed and you only shift energy from one part to another with loss and the entropy of the whole rises. PPM are more like I have an box, put stuff in it, close it hermetically, say "shazam" and when I open the box I have more than what I put in.
C. Sagan : A demon haunted world:
http://www.amazon.com/gp/product/0345409469/
visit randi.org
Sat down to this article after coming back from the break room, where I found out our vending machine has an issue. If I feed it a very new quarter 50% of the time it spits it out, and the other 50% it will increment by .25 and STILL spit it out. Bought a $1.10 candy bar and got .15 in change. So I guess I'm doing better than the analogy?
Nuke Gay Whales for Jesus.
Yeah, I perform my own "perpetual" motion experiments, but I have never shared my inventions with anyone. I have a PhD... in pharmacy, but I've never seriously entertained the idea that I might succeed. My goal has always simply been to come close. We don't need true perpetual motion, for example, just something that doesn't need to be reset very often. If I only have to raise a weight, reset a machine, wind a clock, etc, etc, weekly who cares. It's a minor inconvenience. For some reason these machines are dismissed and treated as black or white; complete success or complete failure. I live in the grey area.
Invest your energy in my energy bank, and I'll give you 1% return yearly. You get more Joules out than you put in!
Don't waste your vote! Vote for whoever you want, unless you live in a swing state it won't matter anyways
And I think you're entirely misunderstanding the point of those videos.
Making change for $1.00 and getting $1.10 back. That's the premise of overunity, free energy, and perpetual motion experiments.
And any Republican tax plan: lower taxes == more revenue. [ No wonder they hate science and math. :-) ]
It must have been something you assimilated. . . .
Anything that produces more energy than is input could be weaponized. It's similar in principle to a nuclear chain reaction. This could literally destroy the world. I'm inclined to think that somebody will discover it at some point and that is probably why there is no intelligent life in the universe. It annihilates itself when it reaches that point of discovery.
they have yet to discover the power of monatomic gold! Once they do they will set aside their toys...
there's tons of information about "scientists" who pursued these ideas with their entire passion (such as bruce depalma and his n-machine, google it.) Modern theories exploring this are mostly related to using the energy of the vacuum of space, and by my standards are quite an interesting read.
YT's video, and awhat comes along is movie making. And movie making IS magic--i.e. lots of cheating from reality.
Hence why a lot of R&D advertised on YT never works in the real world or too unrealistic to engineer.
The laws of thermodynamics only say: a heat engine can not be a 'perpetum mobile'.
Other perpetium mobiles might be possible, or not, who cares. They are certainly not covered by the laws of thermodynamics. Oh, you mean the law of energy conservation? Unfortunately, that is an universal law and strictly speaking not a law of thermodynamics (those guys have their own variation of it, as in 'the sum of all energies in a closed system is constant' etc.)
Getting boring meanwhile that 99% of all posts and articles containing the magic words 'thermodynamics' are either simply wrong or grossly misleading.
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
Once a PPM has been built we can discuss the merit of your statement. Until then I think it is safe to say that ppm are only a nice idea but impossible with the known evidenced law of physic.
C. Sagan : A demon haunted world:
http://www.amazon.com/gp/product/0345409469/
visit randi.org
Obligatory Mark Twain quote: "It's better to keep your mouth shut and appear stupid than open it and remove all doubt."
About a year ago, I watched 100 randomly chosen "Science Demo" videos on YouTube.
80% of them were faked, misleading or failed to demonstrate some kind of wild claim.
Of the remaining 20% about half did a "Oooohhh! Cooooool!" kind of a demo - but didn't say what was going on.
So, honestly - you have about a one in ten chance of learning some actual science by watching YouTube videos - and about an 80% chance of being mislead by idiots. This is even worse odds than watching Fox News!
www.sjbaker.org
12)Then the disciples came and said to him: “Do you know that the Pharisees were stumbled at hearing what you said?” 13)In reply he said: “Every plant that my heavenly Father did not plant will be uprooted. 14)Let them be. Blind guides is what they are. If, then, a blind man guides a blind man, both will fall into a pit.” 15)Peter responded: “Make the illustration plain to us.” 16)At this he said: “Are you also still without understanding? 17)Are you not aware that whatever enters into the mouth passes through the stomach and is discharged into the sewer? 18)However, whatever comes out of the mouth comes from the heart, and those things defile a man.
How about tightening the laws.
Right now they profit from bugs nobody wants to touch in "double taxation" rules. So those rules become some kind of no taxation or very low taxation from our friends in law tax paradise.
captcha congress
Hmmm - Wikipedia has an article entitled "Laws of thermodynamics" and it says:
"First law of thermodynamics: When energy passes, as work, as heat, or with matter,
into or out from a system, its internal energy changes in accord with the law of
conservation of energy. Equivalently, perpetual motion machines of the first kind
are impossible."
"Second law of thermodynamics: In a natural thermodynamic process, the sum of
the entropies of the interacting thermodynamic systems increases. Equivalently,
perpetual motion machines of the second kind are impossible."
It backs up those statements with no less than five scholarly references.
No mention of heat engines there...and an explicit statement that conservation of energy and the first law are equivalent. So, no - you're wrong - it's equally valid to discuss the first law and conservation...but conservation laws don't forbid perpetual motion machines of the second kind (the kind that operate perpetually - but produce no energy output) - so talking about thermodynamics makes a little more sense in this context.
www.sjbaker.org
How to they fucking work?
There is nothing in nature that makes "thermodynamic laws" a principle. They are only based on experimental evidence... but there is an extremely small possibility that the experiment could yield different results from time to time.
Really, there is a chance that the most powerful force, luck, can twist the "thermodynamic laws". Remember "Yogurt", from "Spaceballs"!
It's not they are mad scientists. I mean a scientist takes theories and experiments with some discipline.
They are people with enough information to be dangerous.
No you did not, you failed.
Perhaps go back to my previous post and read the two bold words. Then go back to the wikipedia article and try to find the same words, hint: they are right in the beginning but are not bold.
Again: the laws of thermodynamics are about a very special topic. This topic is covered with the words written in bold letters.
Hope that helps :)
However your error might come from the fact that this article is again written by layman, perhaps look at the editing history :) e.g. the first line with the part 'matter' is simply wrong. The second wrongness is: 'passed into or out of a system'. The laws of thermodynamics are about closed systems where no energy is 'passed in' or is 'passed out'. The guys who made the last edits are morons ... but well, that is how it is.
Or if you want a one sentence summary about thermodynamics: 'thermodynamics is about the triple of volume, pressure and temperature in ideal gases'.
If you want a second fundamental statement: 'if you convert energy into heat, you never can get everything back into the original energy form'
Or the third, most simple and probably easy to remember: 'entropy increases over time'.
More than that laymen don't need to know about thermodynamics. But you should grasp over time its implications. The only other interesting thing to realize, sadly, is: as I said before , 99% of /. articles and posts containing the dreaded words 'thermo' and 'dynamics' are misleading, wrong or both.
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
Ahhh hahahah hahahah!!.... ... so that's coming along.
For extra nuttiness, read the comments under any video on gyroscopes.
systemd is Roko's Basilisk.
Space Nutters! Every dollar "invested" in NASA brought 7$ back into the economy!
Theoretically, everything will balance eventually. Eventually can be a really long time, but it's usually a really short time.
Here's a simple unambiguous test that could be run to test an overunity device. Connect the output back into the input and disconnect the external power supply, then wait for it to not run down. Fame and fortune awaits the inventor not to mention the money and the babes. Requiring the experimenter to discount centuries of scientific progress and believe in some undetectable 'effect' doesn't count, just do the frickin' experiment.
On the third point, I think there is insufficient evidence for a meaningful answer about whether this is true or not.
What I never understood, despite my undergraduate physics degree, is why thermodynamics gets so much attention. Thermodynamics involves looking at the statistical behaviour of large numbers of small particles obeying some approximation of the fundamental laws of physics, so presumably (a) it's only as good as the approximate laws (did you ignore relativistic stuff? Quantum bits? Assume spherical cows in a vacuum?) you based it on and, more importantly, (b) isn't the whole field, by definition, just one big prediction based on the more fundamental laws upon which it is based?
So how as the "laws" of thermodynamics law-like? Predictions... sure. Observed truths... absolutely. But laws? More like approximations arising from the fundamental laws of physics by a long and torturous mathematical derivation.
OK - so how about http://www.genchem.net/thermo/... or http://www.physlink.com/Educat... or https://www.grc.nasa.gov/www/k...
None of them are talking only about heat engines - they carefully point out that historically, thermodynamics was all about steam engines. But nowadays, it's realized that the laws are far more universal than that.
Not one of them talks about "the triple of volume, pressure and temperature" - that stuff is a tiny, tiny subset of what modern thermodynamics covers. You're still back in the Victorian era of steam engines.
Anyway - I'm done arguing with you. I guess that 99% of other people here agree with me.
www.sjbaker.org
The "free energy" devices on YoTub are all videos of some guy showing some "invention" from one side and various totally unverifiable random claims about the device. What I would like to see is a step by step video. This is what we are going to show you how to build. This is how it will work. This is what parts you need. This is how you build it. This is how you maintain it. Good luck and if you like or product then please donate.
Are there ANY videos like that on YouTube? No, there's not (please, please do correct me if I am wrong!). There is probably a reason for that.
9/11: Never forget it was a false-flag operation
They are certainly not covered by the laws of thermodynamics.
The entire universe is covered by the laws of thermodynamics, therefore so are all things in it.
I don't look on YouTube for this. I can get as much of it as I want from any of the political debates.
If you add up all the energy in the universe, including that through gravitational fields, the sum of energy in the universe is actually zero. There is no free lunch and if the laws of physics were wrong at human useable levels of energy, even in the 15th decimal place, many of the real world practical inventions like gps would not work. We all know the laws of physics are an approximation, but no competent sane scientist thinks we can actually get an over unity energy return from springs, magnets and some wire.
It would be one thing if these people were actually trying to form a hypothesis and test it; Or experiment with various process cycles to try to further their understanding. But the reality is 90%+ can't explain the physics of how a hammer works nor correctly recite even 15% of the high school level physics they never actually passed. It's an embarrassment in ignorance. It's like they don't even bother to learn the principles they are trying to refute.
No ... the only thing you can rightful say is: in the universe are plenty of spots and situations where the laws of thermodynamics is relevant.
Exaggerating this to 'the enter universe is covered' is nonsense.
The only thing you could argue (and likely would be wrong) is: the whole universe is a closed system, the total energy in the universe is constant (and finite?).
However that has nothing to do with topic, or has it?
Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
If anything, I've noticed they get a huge number of views.
Other, non-heat perpetual-motion/over-unity mechanical models have not only been proposed, they have become -- without direct evidence, I should add -- widely-accepted by physicists and journalists worldwide.
Google the term "Dark Energy" for any number of examples.
Yeah, the impracticality of a permanent moon-base also meant that the Space Race was a complete waste of time
-- 'The' Lord and Master Bitman On High, Master Of All
It was a huge spectacle and a diversion from the real use of those big rockets: ICBMs.
None of them are talking only about heat engines - they carefully point out that historically, thermodynamics was all about steam engines. But nowadays, it's realized that the laws are far more universal than that.
Yes, definitely "far more universal" than heat engines - but the question is whether they are absolute.
The 1st Law of Thermodynamics, conservation of energy, is an axiom which forms the foundation of the modern physical theories (e.g. quantum and relativity). So you're not going to be able to use modern physics theories to design/explain a device that violates the 1st law. Is it possible that we will eventually discover a physical system that violates conservation of energy? For example, what if the LHC were to produce a new particle that decayed in a way that violated conservation of mass/energy? It would definitely be a big deal. We don't really have a single grand unified theory of physics but the theories we do have would be relegated to the same status as Newton's Laws: only approximately true in certain circumstances - albeit circumstances that are very relevant to our human existence. But I'm not holding my breath for such a discovery: it seems very very unlikely.
The 2nd Law of Thermodynamics, though, is a bit more interesting. Broadly speaking, it should be possible to use our existing physical theories to "prove" the 2nd Law. That is, if one were, for example, to take Newton's Laws as fundamental axioms then it should be possible to use classical statistical mechanics to derive/prove the 2nd Law as a consequence of Newton's Laws (in the limit of very large numbers of particles). And there is actually the "Fluctuation Theorem" which proves the 2nd Law for a broad range of systems - specifically, for systems that are tightly coupled to an external heat bath and that have time-symmetric laws of motion. Of course, once you add a static magnetic field with Lorentz force your laws of motion are no longer time-symmetric. But supposedly it's also possible to prove the Fluctuation Theorem for systems that allow Lorentz forces.
That still leaves questions of what happens to systems that are not strongly coupled to an external heat bath - in particular, systems with sufficiently small numbers of particles that they no longer have a Boltzmann energy distribution. And I've recently become interested in such questions myself. So if anyone could recommend any resources for understanding such systems then I would be quite grateful.
Thermodynamics involves looking at the statistical behaviour of large numbers of small particles...
Well, at least for the 2nd Law of Thermodynamics - but that's my interest anyway.
More like approximations arising from the fundamental laws of physics by a long and torturous mathematical derivation.
Yes, but if we were going to find useful exceptions to the 2nd Law then the best place to look would be systems where the approximations used in the derivation aren't valid.
I don't suppose you've spent much time looking into the Fluctuation Theorem. But, if you had, I'd be interested in your assessments of the approximations/assumptions that it makes.
Myself, I'm particularly interested in the time-reversal symmetry of the laws of motion (e.g. violated in an external magnetic field with Lorentz forces) - and also the coupling to a heat bath (e.g. the assumption of a Boltzmann energy distribution). For example, can you ever have a system with a very small number of particles where the time averaged energy of one particular is larger than that of the other?
Easy.
Everything is a heat engine. Literally any system you define becomes a heat engine. It's inescapable.
Systems that are outside the reach of the laws of thermodynamics can only exist in one's mind.
"If you add up all the energy in the universe, including that through gravitational fields, the sum of energy in the universe is actually zero"
Says who? How did someone come across this information and what proof do they have to back it up? How did they perform the measurements of the whole universe.
Philosophy is not science. Theories involving the Big Bang philosophies are more science-fiction and philosophical dogma than actual "I can prove it, I can reproduce it" science in the real world.
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...but no actual results. The number of videos with home hackers attempting to build an overunity device is simply staggering to me.
Some "laws" of physics are mathematical in nature; that is, they are logically true, like the laws of arithmetic.
Some "laws" of physics are experimentally verified; that is, you can run experiments and observe the results directly, like inverse square laws at macroscopic scales.
The "laws of thermodynamics" aren't either of those; they are instead a statement about the non-existence of certain physical effects. As such, they are the weakest of the three kinds of laws. It would probably be better to call them "the conjectures of thermodynamics". In principle, there might by physical effects that allow you to circumvent those "laws".
Think of an alien observing a modern encoded and encrypted communications channel; they might formulate a "law" that says "the values on this channel are random and unpredictable". However, if you explained to them the compression algorithm and gave them the decryption key, they would discover that their "law" is in fact false. It might be the same with the universe: things that look random and unpredictable might well not be if we only got the "decryption key".
Having said that, however, there are strong limits on how you could produces such physical effects. Maybe you could produce them with a quantum computer or near a black hole. You are not going to produce them with a bunch of gears, however. So, for almost everybody, the "laws" of thermodynamics might actually be "laws", although they aren't quite as bullet-proof as the name suggests.
The thing is there is NOT a cohesive story in mainstream scientific theory today. Shouting things are impossible does not change this fact. The Standard Model and Quantum Mechanics are not reconcilable into a unified theory and no constants can be derived from current theory - therefore any statement of impossibility is a null argument. Every branch has it's conflicts and little knowledge of other branches due to increasing specialization. People who are multi-disciplinary tend to see and comprehend the subtleties of these conflicts much more readily than the majority of people. This is where the Alternative Theorist is born.
There are hundreds of scientists of repute who have demonstrated or theorized these sorts of phenomena and many others when dealing with scalar (vorticular / longitudinal) energy:
Clark Maxwell (although he discounted the use of the longitudinal wave equations, the math pointed to them)
Nikola Tesla
Thomas Henry Moray
Howard Johnson
Wilhelm Reich
Thomas Bearden
Eric Dollard
Constantin Meyl
While Steinmetz had observed this energy during testing in Schenectady he developed suppression systems to remove it's damaging effects which were blowing transformers at the time and Eric Dollard contends he was lying when he said that it was not a new type of electricity.
The simple fact is that most people don't want to admit they may have missed something along the way and that "the smart folks in the ivory tower" are either ignorant of, biased against, or suppressing such things. It's all three at once, at different levels. Most academics or those trained by academics are both ignorant and biased against such things, there are those few academics in the know who try to co-opt such things into classified projects.
The basic premise of most if not all of these devices is to create a pulsating DC electric circuit. They are harvesting the back-emf that Steinmetz had to contend with and using it for power in a kind of bucket brigade fashion, packets of energy being delivered from the spark at the opening of the switch over and over again. According to Eric Dollard this is tapping into what he calls "the counterspace".
https://en.wikipedia.org/wiki/...
For fake perpetual motion machines, accept no substitutes!
You may or may not be right about that, but the fact remains that the space race developed technologies that are now critical to our entire economy and our way of life. The most glaringly obvious is the ability to put satelites in orbit - which is a massive basis of our global communications as well as critical tools for scientific research which have in turn driven us to other progress that may not, at first, seem related. Not least of which is making global maps far more accurate which made transport generally cheaper and more efficient (a key example: I live in Cape Town, if you drive down to Cape Point there is a plaque there declaring it the Southernmost tip of Africa, which was believed true when the plaque was put up, it wasn't until mapping satellites had come into play that they disproved what all previous technologies had appeared to confirm: and now we know that Cape Agulhas is actually further south than Cape Point. It will probably take another century to update the plaque though).
And that's just the most direct factor. It doesn't consider the massive advances that NASA made in fields such as computer science, materials science and long range communications themselves as supporting tech for the space program which are now crucial to our world. It was NASA - needing cheap supercomputers - who first came up with the idea of a beowulf cluster, it was NASA engineers - looking for a way to move rocket fuels more efficiently in zero-G - who came up with ferofluids [hoping to move them magnetically], I don't believe they were ever used for that purpose but they have so many other applications - not least of which forming part of several new targeted cancer treatments and other medical applications where their magnetic properties in conjunction with MRI's allow for some very unique ways to approach disease treatments.
The moon race may have truly been about dreaming big and going for it, it may as you cynically assume, have been a mask to make ICBM research get popular support - neither actually matters. Hell the vast majority of the moon rocks brought back by the Apollo missions are lying in warehouses - never having been properly studied, the fact remains that the positive externalities from that project has paid for it a thousand times over in both money and lives saved.
Bruce Feirstein said, "the distance between insanity and genius is measured only by success." This humorous aphorism is truer than most people appreciate.
What is insanity? To be insane is to be unsound of mind, to have difficulty dealing with reality. But far too often what we mean by "reality" is nothing more than social convention. People typically deal with social reality by accepting and internalizing the dominant cultural ideas and norms. Many deny themselves entirely just to fit in so powerful is the desire for social acceptance.
To be creative, on the other hand, requires seeing things differently. Think different, as the Apple ads advocate. And, indeed, the most creative people tend to be social misfits of one kind or another, people who dare to see the world differently, to imagine new possibilities and most importantly to act on them. This is why those who cling most tightly to social convention are rarely innovative or creative.
A genius is someone we recognize as introducing an innovation of value. The consequence of successful innovation is usually that society makes the adjustment, sometimes in a loving embrace, other times kicking and screaming.
It is no surprise, then, that one of the most powerful drivers for success is the determination to prove that you are a genius and not insane, that your vision is not only reasonable and realistic but inevitable. To see your vision triumph over conventional wisdom. To impose your will upon the world around you.
source - http://forums.philosophyforums.com/threads/genius-vs-insanity-25171.html
Like the basic business model of a bank ?
Find something unknown, call it dark, and apply for funding.
I think it's in schlachthof fünf that Vonnegut describes a superduper spaceship drive which gets energy from nowhere, except that it turns out to be grabbing all the energy from stars in a different universe. When the last star is exhausted, all spaceships come to a screeching halt^H^H^H^H nonacceleration.
https://app.box.com/WitthoftResume Code: https://github.com/cellocgw
As usual, everyone gets this wrong(including the perpetual motion guys); its about accessing energy in new ways, not perpetual motion. Faraday was viewed in the same way as these investigators; its the initial human response.
The space race was not a waste of time ... but it was put on hold because the current residents of the moon made it pretty clear that we should "Get off their lawn!".
The use of extremely high voltage equipment in the rocket cone to produce a localised weakened gravity field around the rocket is considered old-tech and has been greatly improved in the last few decades.
So it is not a matter of the moon being impractical; it is more a matter of playing nice with our neighbours and sharing the technology advances that are the real issue with the moon.
I agree that the 2nd law is pretty much a statement about statistics - and the 1st law is just a restatement of the conservation laws.
The issue of whether the 1st law might be incorrect is interesting.
Obviously, science knows of no situations where mass/energy is not conserved - and discovering such a situation would be a truly monumental discovery...perhaps more important than things like relativity.
What this means for the perpetual motion nuts is more nuanced.
Firstly, the realms of physics which are attainable by amateur tinkerers are very well explored indeed - there is simply no possibility that some fiendishly clever arrangement of mechanical parts, magnets, coils, hydrogen flames, water electrolysis and so forth is going to break the most fundamental law of physics we know of. All of the science involved in those systems are far too deeply explored and well-understood for that.
If a perpetual motion machine (or anything else that breaks the 1st law) is possible - it's going to be far outside the realms of normal existence - something in the quantum range - or involving black holes and singularities of other kinds - gravity waves, dark matter/energy - things that AREN'T well-understood yet. Sadly, these are things that lie outside the range of amateur tinkerers.
It's possible to overturn major scientific laws - as Einstein did to Newton's laws of motion. But (as with Einstein) - you have to do that outside the realms that have already been tested. When Einstein proposed relativity - we did not have the ability to send super-precise clocks out into orbit to measure how they fared in reduced gravity and high relative velocities - and the flaws in Newton's laws only show up under those kinds of extreme situation.
If the flaws in Newton's laws were noticeable in the realms that amateur tinkerers could reach - they'd have been overturned a century earlier - but only with advanced technology could we actually prove that Einstein was right.
The same thing happened with conservation-of-energy - every experiment open to a Victorian scientist shows that energy is indeed perfectly conserved. It's only when you have nuclear reactors and exotic radioactive materials that the fact that energy can be interchanged with mass became evident that caused us to have to talk about "the conservation of mass/energy" instead. Again, the experimental evidence to overturn this very old "law" only came about with cutting edge instruments and experiments that the average person could never undertake.
So these tinkerers with magnets and such are really wasting their time. It's probably impossible to make a perpetual motion machine - but if there will EVER be a machine that breaks the 1st law of thermodynamics, it'll have something exceedingly exotic going on inside...and it'll come from the bowels of a research lab - or perhaps a cosmologist's telescope.
www.sjbaker.org