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Quark Matter Blamed for Paired 1993 Seismic Events

Ethanon writes "In an article posted by BBC, scientists have suggested that two "unassociated" seismic events that occurred in 1993 were actually strange Quark matter passing through the Earth at a speed of perhaps 250 miles per second. A spec of strange Quark matter the size of a human cell is said to be so dense that it could weigh a tonne! Check it out "

366 comments

  1. Is that a particle in your pocket by DShard · · Score: 2, Insightful

    I thought that if a trio of strange quarks hit any other matter it would convert it into the same?

    1. Re:Is that a particle in your pocket by spiro_killglance · · Score: 3, Informative

      Depends on the net charge of strange quark
      nuggets. Physicists can't yet do the calculations
      to work out the average charge per baryon on
      strange quark matter. If has a negative charge it
      would suck in a nucleii and grow, while if it is
      positively charge it will reply ordinary nucleii
      and only be able to grow from neutron and in
      neutron stars.

      My guess would be Strange quark nuggets would
      be positive, why: a equal miss of u,d and s
      quarks is neutral, but the s (charge -1/3), is
      more massive than the other two, so you would
      have a prepondance of u and d quarks (Charges +2/3 and -1/3), so it the charge would be something positive.

  2. Ferengi passing through the earth? by cacav · · Score: 2, Funny

    Who knew Ferengi were so dense?

  3. is a tonne still by Archfeld · · Score: 0, Offtopic

    2000 lbs ?

    --
    errr....umm...*whooosh* *whoosh* Is this thing on ?
    1. Re:is a tonne still by Soko · · Score: 3, Informative

      No, a tonne is a "metric ton", which is 1000 Kilograms or about 2,200 US pounds.

      Google is of course your friend.

      Soko

      --
      "Depression is merely anger without enthusiasm." - Anonymous
    2. Re:is a tonne still by BdosError · · Score: 2

      On the off chance you weren't being sarcastic or trolling:
      No, a tonne is not (nor has it ever been) 2000 lbs. It's a metric unit, 1000 kg, which comes out to about 2204 lbs.

      --
      Complexity is Easy. Simplicity is Hard.
    3. Re:is a tonne still by ari_j · · Score: 2

      A tonne is, according to Merriam-Webster, defined as a metric ton, so no. It's 1000 kg, or about 2200 lbs, which is between a short ton (2000 lbs) and a long ton (2240 lbs).

    4. Re:is a tonne still by Anonymous Coward · · Score: 0

      OK, so what's the difference between an assload and a metric assload?

    5. Re:is a tonne still by Anonymous Coward · · Score: 0

      A metric assload uses a ruler.

      Sideways if you're lucky.

    6. Re:is a tonne still by Archfeld · · Score: 1

      thank-you and without sarcasm even :)

      --
      errr....umm...*whooosh* *whoosh* Is this thing on ?
    7. Re:is a tonne still by Anonymous Coward · · Score: 0

      Tonne is wrong, using SI, you would get a megagram, and a kilotonne, would be a gigagram

    8. Re:is a tonne still by Apotsy · · Score: 1

      Look in the appendix of this book and you'll find lots of info about various rarely used units of measure, such as Emprical Galleons, Nautical Smiles, hogsnouts, and ratsasses.

    9. Re:is a tonne still by Anonymous Coward · · Score: 0

      Bastards can't even get their metric right. Should be a megagram.

    10. Re:is a tonne still by Xtifr · · Score: 2

      about 2,200 US pounds.

      2204.6226 according to units(1).

      Google is of course your friend

      Google is indeed your friend, but its silly to use Google in a case like this when you could just "apt-get install units" (or whatever the equivalent is for your system).

  4. Repeat Article... by TekReggard · · Score: 0, Redundant

    I'm almost sure there was an article that talked about this same thing about a year ago. There was one hit in 1993 and... again in 1996???

  5. Old News... by Ironix · · Score: 5, Informative

    I think this was posted before.

    --
    Still #1 -- Lonely Gay Geek
    1. Re:Old News... by Anonymous Coward · · Score: 0

      You'd think the slashdot editors could learn to use their own damn search page or something. Sheesh.

    2. Re:Old News... by Anonymous Coward · · Score: 0

      Or perhaps they should invest in a memory upgrade? 640k is barely enough for a brain to function on these days.

    3. Re:Old News... by WatertonMan · · Score: 2, Funny
      Doh!

      Does this mean that all comments here get modded -1:Redundant?

    4. Re:Old News... by Anonymous Coward · · Score: 0

      Oh, yeah? Have you tried it? Talk about a lame search engine.

    5. Re:Old News... by *xpenguin* · · Score: 3, Funny

      No, everyone can get more karma by copy/pasting comments from the previous story.

    6. Re:Old News... by Anarchofascist · · Score: 3, Funny

      "No, everyone can get more karma by copy/pasting comments from the previous story."

      You cut-and-pasted that comment from a previous comment on a repeated story! And the next time this happens, I'm going to post this comment again.

      --
      Once more unto the breach, dear friends, once more, Or close the wall up with our American dead!
    7. Re:Old News... by KILNA · · Score: 5, Funny

      Your meta-comment regarding copy-paste karma whoring on repeated stories is intriguing and I wish to subscribe to your newsletter. Please only subscribe me once, as I will no doubt post this comment again.

      --
      Error: PANTS NOT FOUND. Press <F1> to continue.
  6. Well I never by Anonymous Coward · · Score: 0

    Ouch.

  7. ...in other news... by Anonymous Coward · · Score: 5, Funny

    scientists have found that multi-posts of stories on slashdot are due to a quirk matter that passes through the slashdot queue at the high speed of 100 submissions/day.

    1. Re:...in other news... by PSC · · Score: 1

      multi-posts of stories on slashdot are due to a quirk matter

      I think you mean dork matter...

      --
      --- The light at the end of the tunnel is probably a burning truck.
  8. More info, here on slashdot. by Restil · · Score: 4, Informative

    The Strangelet Article from last May on the same issue.

    -Restil

    --
    Play with my webcams and lights here
    1. Re:More info, here on slashdot. by SEWilco · · Score: 1
      Unfortunately, that article referred to "strangelets", so a search for "quarks" wouldn't match the article text. Tsk.

      My favorite section of that discussion was this:

      Re:What about... (Score:4, Interesting)
      by 56ker on 02-05-12 22:21 (#3508458)
      (User #566853 Info | http://www.level80.co.uk/ | Last Journal: 02-05-01 13:28)

      Question: Can you get the six names of quarks: up, down, top, bottom, strange and charmed into one sentence without it being nonsensical and without being clever like writing, "There are six types of quark: up, down, bottom, strange and charmed."?
      [ Parent ]

      Re:What about... (Score:5, Funny)
      by Anonymous Coward on 02-05-12 22:25 (#3508474)

      It was strangely charming to see her bottom go up and down while I should've been more interested in watching her top, this being a jump-rope contest after all.
      [ Parent ]
  9. No big deal by Anonymous Coward · · Score: 0, Funny

    I have seen fat guys whose cells easliy weigh a ton each.

  10. Imagine.. by |<amikaze · · Score: 3, Insightful

    Getting hit by that random particle. What would it do to you? That's a lot of momentum.

    1. Re:Imagine.. by JJAnon · · Score: 0

      Nothing much - I'd be too busy scraping myself off the surface of the moon.

    2. Re:Imagine.. by JeanPaulBob · · Score: 1

      It would pass straight through you, unless it was going really, REALLY slow. All the force would be concentrated into an area 100X smaller than the point of a needle, resulting in an "astronomical" amount of pressure. (Actually, I think it would be more like 1000X or 100,000X smaller, not 100X.)

      The damage would depend on how big it is. Anything the size of a cell or smaller would rupture cells and blood vessels as it passed through your body; I don't think it would be fatal. (Though, if it passed through your head, there would be some interesting brain damage. Probably death, too, I'm guessing.) As for anything larger than a cell, I really don't know how serious the damage would be. However large it is, it would drill a hole through you without breaking a sweat, so to speak.

    3. Re:Imagine.. by the+bluebrain · · Score: 3, Interesting

      I figure it this way: the article was talking about a body the size of a human cell, going at some outrageous speed. If a single one of your red blood cells suddenly decided to go an a supersonic hiatus (or, I don't know, maybe an aunt died, and it inherited a bundle of momentum) it would rip through the wall of whatever artery it was in at the time, continue through your body, and escape through the skin. Question is, what kind of hole would it leave behind? I would think a sort-of cell-sized one, and the hole wouldn't last for long, because the rubbery substance your body is made of would just splooch, microscopically, back in place. The hole almost certainly wouldn't be big enough, nor last long enough, for other blood cells to follow: i.e., it wouldn't bleed.

      All in all, you probably wouldn't even feel it, or if you did, it'd be a sort of "huh? what was that? oh well, must be getting old" sort of feeling.
      As for the seismic trace: that was several kilometers of decidedly non-sploochy stuff.

      On the other hand, I don't *really* have a clue (as you probably gathered), and it might just be an explanation, finally, for spontaneous human combustion.

      --
      yes, we have no bananas
    4. Re:Imagine.. by Arcturax · · Score: 5, Insightful

      Yes but it would only impart a tiny bit if that energy into you as it struck. It would for the most part just pass right through you and do little to no damage that you could notice in the process.

      After all, if it dumped all its energy right then and there, it would create an energetic event equal to an asteriod hitting the planet.

      While it does dump 50kt worth of energy on its way through Earth, think about how thick the Earth is and then calculate how much damage is done per square centimeter. Not a lot really.

      So yes it has a lot of energy, but it loses it only a bit at a time as it zips through objects. It will have to zip through a lot more very large objects before it ever could be stopped (or hit with a huge enough repelling force which would require enormous amounts of energy to generate).

      --

      --Won't that be grand? Computers and the programs will start thinking and the people will stop. - Dr. Walter Gibbs
    5. Re:Imagine.. by _ph1ux_ · · Score: 1, Offtopic

      OWWW!!! My Spleen!!!

    6. Re:Imagine.. by Anonymous Coward · · Score: 0

      One wouldn't hurt you much I guess but imagine a beowulf cluster of these...

      (OK sorry, couldn't resist)

    7. Re:Imagine.. by hawkbug · · Score: 2, Interesting

      I'm no physicist, but I would have to agree with you here. My only question would be - in order for it to cause a small earthquake, how much Earth do you think it would have to go through? I only ask because if an earthquake was detected on the surface... let's say a few miles deep into it, then it could put off a lot of energy in only a few miles right? So, I would still think you would notice if it hit you... maybe that explains random muscle twitches every now and then as I sit and program. Or maybe that's the massive amount of caffine that I have ingested.

    8. Re:Imagine.. by mesocyclone · · Score: 2

      I calculate that it would emit 4200 Joules per centimeter of travel through matter. That is quite a bit of energy.

      --

      The only good weather is bad weather.

    9. Re:Imagine.. by fenix+down · · Score: 5, Informative

      Actually, it probably wouldn't be that much worse getting one to the head than the rest of your body. I got a nail right into the back of my head once, and it did basically nothing. Admittedly, I was a springy-brained kid at the time, but a needle of a line through most any part of your brain is no real problem to work around.

      Anybody remember that thing a few years ago about how MRI's don't show brain activity until after you do something? That wasn't really saying that your life is random and you're just rationalizing it, it just pointed out that your higher brain really isn't doing that much most of the time. 90% of the time you're coasting on the middle and lower brain. Conversations with coworkers are predictable and formulaic, so your big fancy brain hands it off to your brain stem and saves some glucose in case a puma tries to eat you.

      For this post, the most my higher brain probably put in was the subject. Then some subroutines just stuck together memories and turned them into text. I didn't even have to consider typing it, that got handed off when I first sat down.

      This means a lot for brain damage. Like in Hannibal. If somebody scoops out the right brain-bit, you could actually loose your subroutine for manners. There are actually people who've had strokes and lost certain, highly specific abilities. Like the ability to name fruit, in one textbook case. Just fruit, vegetables are fine, and just names. Show them an apple, they'll know it gets made into pies, they'll know if they like it or not, but the name they'll be clueless about. You could tell them it, and they'll remember as long as it's in their short term memory, but a few seconds later, it'll be gone, because the fruit naming call-up function got crushed by a blood clot.

      From what I understand, that kind of thing will get adapted to in most cases, like your brain will start putting fruit under vegetables, and making a meta-function to deal with that irregularity.

      Not like that stuff happens every time you get knocked in the head, it's just cool. My point is, a cell-sized hole through your head would have to be lined up incredibly well to kill you. You probably wouldn't even notice. And I'm not a neurosurgeon, I just play one on TV.

    10. Re:Imagine.. by andymac · · Score: 1
      Dood, momentum is a function of MASS, and quarks sure as hell have a pretty SMALL mass... if I recall, p=m*v, so momentum on this thing would likely be pretty small... even an electron which is what, 10^-(a bajillion) kilos at light speed (10^6 m/s) would still be neglibile in terms of momentum...

      BTW: "bajillion" is a valid technical term ;-)

      --
      "Content's a bitch."
    11. Re:Imagine.. by Anonymous Coward · · Score: 0

      > Dood, momentum is a function of MASS, and quarks sure as hell have a pretty SMALL mass...

      For your common, everyday quarks, yes. But strange quarks are notable because they are extremely dense (massive). They are predicted to have many unusual properties, including a density about 10 trillion (10 million million) times greater than lead.

    12. Re:Imagine.. by Anonymous Coward · · Score: 0

      This is complete gibberish. Why don't you get a clue before mouthing off? Also, you moderators are retards for modding this "informative" maybe it's the moderators who are not using higher brain functions.

    13. Re:Imagine.. by foniksonik · · Score: 2

      "And I'm not a neurosurgeon, I just play one on TV."

      Thanks for the new sig =p

      --
      A fool throws a stone into a well and a thousand sages can not remove it.
    14. Re:Imagine.. by tq_at_sju · · Score: 1

      you've been doing way too much programming......your brain isn't a fregin for loop

      --
      http://www.vanillaafro.com - take me seriously and I will shoot you
    15. Re:Imagine.. by Swaffs · · Score: 2

      I'm curious, was the person able to remember the name of tomatoes? Maybe we can solve this argument once and far all...

      --

      --
      "Karma can only be portioned out by the cosmos." - Homer Simpson [1F10]

    16. Re:Imagine.. by Anonymous Coward · · Score: 0

      4200 Joules per centimeter of travel through matter

      Not really. That's one food calorie per centimeter, or 0.076 grams of coal per centimeter.

    17. Re:Imagine.. by manofherb · · Score: 1

      maybe this is why we can't explain spontanious(sp?) combustion in humans where you all of a sudden just turn to ash as that thing has to be hot as fuck traveling at that rate of speed....imagine if it wasn't though, think of the uses for cooling your box

    18. Re:Imagine.. by keeperofthepeace · · Score: 1

      I "Imagine" that being hit by single quarks would be like being hit by single neutrons, protons, etc.. Radiation damage. However, if the Quark material reached a size large enough where it effect Hydrostatic Shock upon the Human body and the results would be catastrophic (for that one human, and anyone near by). The article in question did not specify how large the quark matter believed to have passed through the earth in 1993 may have been. It only stated that "IF" an amount of the material equal to the size of a human cell, weighing 1 ton hit the earth, the effect would be the "50-kilotonne nuclear bomb" effect which would thus vaporize you and everyone else in a several mile radius. Maybe more since it would probably start generating that effect ass soon as it entered the atmosphere(though perhaps to a lesser degree?) Creating an "Air Burst" explosion rushing towards the ground and then past it. But really, ask the physicist who came up with the numbers..

    19. Re:Imagine.. by digifuzz · · Score: 1

      No, I'm not a neurosurgeon..... ..... but i did stay at a Holiday Inn Express last night!

      --
      http://www.digifuzz.net
    20. Re:Imagine.. by Hater's+Leaving,+The · · Score: 1

      BZZZT!

      Try again, this time try to include some knowledge of special relativity in your post.
      Trying to pretend that mass is constant is a dead give-away that you're not speaking from a position of knowledge.

      You could also learn something about the strong nuclear force and before you talk about 'quarks' as if they exist as independent particles.

      THL.

      --
      Keeping /. cynic density high since the fscking Kwhores/trolls arrived.
    21. Re:Imagine.. by shepd · · Score: 1

      >I'm curious, was the person able to remember the name of tomatoes? Maybe we can solve this argument once and far all...

      I'll counter that reference with another:

      Can he remember the name for Ketchup?

      --
      If you could be told what you can see or read, then it follows that you could be told what to say or think - BoC
    22. Re:Imagine.. by SEWilco · · Score: 1
      Well... per centimeter, not square centimeter. We're talking about the length of a line, not surface area.

      I come up with 7.8 pounds of TNT per meter, or 0.78 for 10 centimeters, about half the width of your head. And that's only the shock wave, which is a tiny fraction of the energy released as heat.

      I believe those deafening white-flash bang fireworks which often end shows are like 0.5 pounds of dynamite. Your head would make the ears ring of everyone within a half mile of you.

    23. Re:Imagine.. by Anonymous Coward · · Score: 0

      That's 50 kilotons of dynamite spread along the line through the Earth, not on the surface. Divide 50,000 tons by 13,000 kilometer to find the number of tons per kilometer (assuming that's maximum energy at maximum distance).

  11. Doesn't add up... by Mike+Schiraldi · · Score: 5, Interesting

    The graphic at the top says that the Oct 22, 1993 particle entered at 09:55:47 and left at 09:56:14. That's 27 seconds.

    The article says, "One event occurred on 22 October, 1993, when, according to the researchers, something entered the Earth off Antarctica and left it south of India 0.73 of a second later."

    Which is it?

    1. Re:Doesn't add up... by nzhavok · · Score: 5, Funny

      Perhaps they forgot to synchronize their watches? Scientists are terribly forgetful about things like this :)

      --

      He who defends everything, defends nothing. -- Fredrick The Great
    2. Re:Doesn't add up... by dissy · · Score: 2

      The quark traveled through the earth in 0.73 seconds, the shockwave that resulted is what caused the earthquakes, and the shockwave itself, traveling at the speed of sound, took 27 seconds.

    3. Re:Doesn't add up... by Walterk · · Score: 1

      well duh, have you never heard of time zones?

    4. Re:Doesn't add up... by Liquor · · Score: 5, Interesting

      It's pretty obvious that the article has the amount of time wrong. The suggestion of speed given by the article is that the particles might travel at about 400 Km/s, and this particular track apparently went in near a pole and came out near the equator - a rough guess (somebody else can do the actual spherical trig.) is 8500 Km of travel through the earth, and at 400 Km/s that's about 21 seconds, which is on the close order of the 27 seconds you noted from the map.

      Now if it WAS .73 of a second, then the alleged particle was travelling close to 12,000 Km/s - 4% of lightspeed - I suspect that 400 Km/s is more in tune with both the energies (not) observed, and the (escape) velocity that could be imparted by falling into the solar system from interstellar space. (At least, either way, it sounds like this one won't be coming back.)

      --

      Liquor
      Sanity is a highly overrated commodity.
    5. Re:Doesn't add up... by Safety+Cap · · Score: 5, Informative
      the shockwave itself, traveling at the speed of sound, took 27 seconds
      Neither P, S, nor Body waves travel at the speed of sound. Their speed depends upon the medium; remember that liquid mediums do not transmit waves as fast as solid ones; liquid mediums also do not transmit shear waves.

      You can compute the speed of compressional waves with the formula V=sqrt((k+.75mu)/rho), where mu is the rigidity and k is the bulk modulus.

      Air is typically 330 m/s at sea level whereas Granite is around 5k-7k m/s.

      --
      Yeah, right.
    6. Re:Doesn't add up... by zbuffered · · Score: 1

      Perhaps its speed was slowed a significant amount as it traveled through the earth?

      --
      Synergy is your friend
    7. Re:Doesn't add up... by Guppy06 · · Score: 1

      "Which is it?"

      It's both! Special relativity strikes again!

    8. Re:Doesn't add up... by craw · · Score: 1

      P and S are body waves, and it is 4/3mu not .75mu.

      And don't forget surface waves (e.g., Love waves) where the general rule of thumb is that the longer the period, the deeper the penetration of motion.:-)

    9. Re:Doesn't add up... by spectecjr · · Score: 3, Informative

      Neither P, S, nor Body waves travel at the speed of sound. Their speed depends upon the medium; remember that liquid mediums do not transmit waves as fast as solid ones; liquid mediums also do not transmit shear waves.
      You can compute the speed of compressional waves with the formula V=sqrt((k+.75mu)/rho), where mu is the rigidity and k is the bulk modulus.

      Air is typically 330 m/s at sea level whereas Granite is around 5k-7k m/s.


      The values you've given are the speed of sound in air and rock.

      Yes, they do travel at the speed of sound. Why? Because that's the speed at which a wave travels through a medium if the wave isn't light.

      You probably meant "they don't travel at the speed of sound in air"

      Simon

      --
      Coming soon - pyrogyra
    10. Re:Doesn't add up... by Anonymous Coward · · Score: 1, Informative
      If you look at the original article you find that .73 seconds is the "RMS residual" of the first event. In other words, it is a statistical measure of how well the data fits the model. According to the article, this is a very good fit.

      So .73 seconds has nothing to do with how long it took the particle to pass through the earth. As the diagram indicates, that time is 27 seconds.

      Another detail: although the researchers located a "pair" of events (that is to say, "two" events) they are NOT "paired", that is to say, associated with each other.

      They found one event in October of 1993 and another event in November of 1993. They make no claim that the two events were caused by the same particle.

      --Brent

      Math & Music

    11. Re:Doesn't add up... by brarrr · · Score: 1

      in which reference frame is probably a better question. when moving at high speeds (relativisitic) time dilation occurs. while these speeds are several orders of magnitude lower than the speed of light, perhaps there is still a noticeable time dilation effect.

      my modern physics course was too long ago in a far too distant field.

      --
      to email me: take my /. handle and append .net preceded by charter.
    12. Re:Doesn't add up... by Wiwi+Jumbo · · Score: 2

      One was recorded in metric time. ;)

      --
      Wiwi
      "I trust in my abilities,
      but I want more then they offer"
    13. Re:Doesn't add up... by ibirman · · Score: 2

      Where are they getting this 400 Km/s number? I think they are making this up and this whole thing is a hoax. The speed would depend on the speed of the particle relative to where it came from and the speed of the earth relative to it, and would be somewhere between 0 and C. 400Km/s is awfully precice.

    14. Re:Doesn't add up... by superyooser · · Score: 1

      Maybe one of their watches was using metric time. :)

    15. Re:Doesn't add up... by More+Trouble · · Score: 1

      Extra solar escape velocity?

      :w

    16. Re:Doesn't add up... by breon.halling · · Score: 2
      Perhaps they forgot to synchronize their watches?

      Being the early ninties, they probably forgot to synchronize Swatches. ;)

      --
      "Yeah, well, Dracula called and he's coming over tonight for you and I said okay."
    17. Re:Doesn't add up... by Agronomous+Cowherd · · Score: 1

      Daylight Savings?!

    18. Re:Doesn't add up... by Liquor · · Score: 2, Insightful
      Where are they getting this 400 Km/s number?
      Well, if you make the reasonable assumption that such strangelets are NOT generated in the solar system, then there is a minimum speed (somewhere in the ballpark of 50 Km/s) that is determined by the combined escape velocities of the earth and sun. Anything coming from interstellar space out of the planetary plane canno arrive traveling slower than this. Anything much over 10000 Km/s is probably not going to be detectable as 'traveling' by the researchers' criteria, because it will seem instantaneous (i.e. less than a second - how well are the clocks calibrated?) to the relatively sluggish seismic monitors. So that would be the range they would be able to look for traces in.

      Then they find a trace, and the speed is then measured (using the time delay in the seismic record) to get the speed of 400 Km/s - and the above figures just sanity check this as a plausible value.
      --

      Liquor
      Sanity is a highly overrated commodity.
    19. Re:Doesn't add up... by jacobcaz · · Score: 2, Funny

      ObSimpsons Quote:

      LISA: "Principal Skinner, how's your transportation project coming?"

      SKINNER: "Oh excellent, not only are the trains now running on time, they're running on metric time. Remember this time people, 80 past 2 on April 47th, it's the dawn of a new enlightenment."

  12. More BBC 'science'.. by stratjakt · · Score: 5, Insightful

    >> They searched the world's seismographic records for so-called "unassociated events". They looked at more than a million records collected by the US Geological Survey between 1990 to 1993

    Generally when you go looking through enough data, expecting to find something, you do.

    An alternate theory, perhaps. Some drunken teenagers kicked the seismographs?

    Not that this is something that really matters to anyone, alive or dead, either way.

    --
    I don't need no instructions to know how to rock!!!!
    1. Re:More BBC 'science'.. by Amazing+Quantum+Man · · Score: 2

      An alternate theory, perhaps. Some drunken teenagers kicked the seismographs?

      Except that an event had to be recorded by at least 7 different sources.

      Whether or not their conclusions are right, what you're suggesting won't work.

      --
      Fascism starts when the efficiency of the government becomes more important than the rights of the people.
    2. Re:More BBC 'science'.. by guido1 · · Score: 1

      Futhermore...

      Previously, Herrin and Teplitz speculated that it would be possible to search for seismic events... because such events would have a distinct seismic signal - a straight line.

      So they stated what they were looking for in the data, (after choosing rigorous requirements), then found correlating evidence.

      Sounds like good scientific practice to me. Granted, "'We can't prove that this was strange quark matter, but that is the only explanation that has been offered so far,' Herrin says."

    3. Re:More BBC 'science'.. by stratjakt · · Score: 2, Insightful

      >> Sounds like good scientific practice to me. Granted, "'We can't prove that this was strange quark matter, but that is the only explanation that has been offered so far,' Herrin says."

      Sounds like bad scientific practice to me. These guys started with a conclusion, then went poring over millions of millions of pages of data to find something to support it.

      I thought the scientific method worked the other way.

      And noone's come up with a better explanation of where my car keys went than aliens from outer space, so that must be true too, right?

      --
      I don't need no instructions to know how to rock!!!!
    4. Re:More BBC 'science'.. by susano_otter · · Score: 1
      Technically, the Scientific Method works by starting with a "conclusion" (actually a hypothesis), then poring over millions of pages of data looking for evidence that disproves it.

      But you're right: "We searched through millions of pages of data looking for a particular signature, and we found it, and we've got a crazy (unproven) explanation for it" isn't really all that impressive.

      --

      Any sufficiently well-organized community is indistinguishable from Government.

    5. Re:More BBC 'science'.. by krlynch · · Score: 5, Insightful

      Generally, when you go looking through enough data, expecting to find something, you do.

      You only find it if you aren't doing your job right; when looking for events that match a certain profile, you also have to take into account the number of events that match the profile but that would be generated by different processes. Those other processes are called "background" processes. If you don't expect to see any background events, and you do see events, you have support for the foreground hypothesis. If you do expect background events, and you see exactly the number you expect to see, you don't have support for the foreground hypothesis.

      This is a vast simplification of the process of teasing foreground from background, or course, not doing justice to the amount of work you have to do to understand what you are talking about ... and you aren't assured of getting it right, of course. However, the statements that this hypothesis has some support in the data was based on this exact type of analysis, and are clearly not of the "look at enough data you'll find what you want to" kind. You probably have to go to the original source article to find the details (the foreground/background analysis was most of the paper, if I remember correctly).

      Your alternate theory, once properly formulated, would also make a prediction as to the number of events of this kind that are expected ... go make that prediction, and then we can test it :-)

    6. Re:More BBC 'science'.. by Walterk · · Score: 1

      Like you can't find druken teenagers in 7 different places..

    7. Re:More BBC 'science'.. by Jaeger · · Score: 3, Interesting
      Sounds like good science to me. They started with a hypothesis, which they then set out to prove or disprove. After pouring through "millions of millions of pages of data", they came up with evidence that seems to match what they were trying to find. So they do what all good scientists do -- publish their results, and let the rest of the scientific community review their findings.

      I'm not sure where you learned the scientific method, but I recall "Come up with a hypothesis" as the number one step. A hypothesis is not a conclusion, otherwise there is no point to going through the rest of the experiment.

    8. Re:More BBC 'science'.. by sgtsanity · · Score: 1

      Yes, drunken teenagers kicked the seismographs in seven different locations, almost simultaneously. Riiight.

    9. Re:More BBC 'science'.. by Anne_Nonymous · · Score: 2

      This sounds like something that ought to be on Art Bell's show; entertaining, yet completely spurious.

    10. Re:More BBC 'science'.. by SiegeX · · Score: 1

      Yes but if you read the story more closly you will see that they tossed out all data that matched that did not have at least 7 differnt instances of being recorded elsewhere. And in one case they recorded it in 9 seperate instances. Something definantly went screaming through the earth and it didnt follow conventional data related to a fault-like earthquake.

      --
      Agree with me or DIE!
    11. Re:More BBC 'science'.. by Anonymous Coward · · Score: 0

      Imagine a beowulf cluster of these(drunken teenagers)!@! Oh wait..

    12. Re:More BBC 'science'.. by Anonymous Coward · · Score: 0

      LAN Party?

    13. Re:More BBC 'science'.. by cappadocius · · Score: 3, Funny
      An alternate theory, perhaps. Some drunken teenagers kicked the seismographs?

      You know, that's usually what I do for fun. I and 6 of my friends get drunk then each break into the seven nearest seismographic reseach stations. Then (with our watches synchronized) we all kick the seismographs at the same time then again .73 seconds later (cuz lets face it, .72 is just too hard to pull off).

      These guys are real proffessionals though, we could never get to an antarctic station.

      --

      omnia tua castra sunt nobis

    14. Re:More BBC 'science'.. by tgv · · Score: 2, Insightful

      They found *ONE* occurrence. On *filtered data* (filtering causes strange biases in expectations of probability). The existence of strange matter is not really generally accepted. No-one knows the size or mass of this thing (it was estimated post-hoc on the basis of this theory). And small things, even with lots of energy, cannot produce (seismic) events with that much effect, since it's in essence just a very strong needle prick: it will cut right through everything with great damage to the environment. Plus, coincidence still exists. So, your prerequisites (take into account the number of events that match the profile but ...) cannot be met.

      And, as the original poster said: if you're looking for just one random event, given enough data, it's likely you can find it.

      Now, if they would have found a whole string of correspondences, that would be something. But this is -- at best -- a hypothesis that needs to be watched over a very long time to become more probable.

  13. I know the real cause.... by pi_rules · · Score: 2, Funny

    Oprah.

    1. Re:I know the real cause.... by eht · · Score: 1

      No no, not Oprah, Al Gore invented it.

  14. Real reason by SuperMario666 · · Score: 1

    In other words, the government has finally gotten tired of pesky seismologists discovering their underground nuclear tests and ordered them to quit revealing their secrets.

    Hence, this particular chunk of pseudoscience.

    --
    The is a test, I wonder if I will get away with it?

    1. Re:Real reason by GoatEnigma · · Score: 4, Informative
      Not exactly. Seismic signals are filtered for blast signatures, as well as things like heavy trucks passing on the highway and "kicks from drunken teenagers", although this is usually difficult as very few seismographs are secured out in the open for anyone to walk up and kick (although there are some....).
      In fact, many governments do seismic monitoring (read: spying) specifically for underground blasts so they know who's letting off bombs.

      I have worked at the Pacific Geoscience Centre in Sidney, BC, Canada for 4 years and have a close friend who worked on doing signal interpretation for several months.

      "Unassociated events" are the ones they can't put a finger on what caused it. That's why these scientists were looking at those specific records.

  15. Quark Shmark. by ToadSprocket · · Score: 1

    How could they possibly not have enough evidence to prove their case? Every Monday and Thursday nights the boys and girls of CSI* have done so much more, with much less.
    "Hmmm, this is either the remnants of a Bavarian Dung Beetle, or we've had an encounter with the heretofor theoretical quark matter. Quick, back to the lab!"

    --


    If this article confuses you, don't worry. It was posted yesterday in a much clearer fashion.
  16. Need funding? by Anonymous Coward · · Score: 0

    Tell the military they can weaponize this. See how long it takes them to allocate the funds to restart the superconducting supercollider. Just fire a negatively charged strangelet at the chinese and watch the entire country dissapear... sure, the entire planet would be destroyed too, but that was the case with nuclear weapons, and it never stopped their deployment.

    1. Re:Need funding? by Anonymous Coward · · Score: 0

      I'm sorry, I must have missed it when the entire planet was destroyed by nuclear weapons.

  17. But we can't check to see if it happened again. by Liquor · · Score: 3, Interesting

    Unfortunately, the seismography data that is not associated with earthquakes stopped being collected by the USGS (or at least, is not archived) since 1993.

    I suspect that funding an archive for this data would be far less expensive than the huge particle physics machines that are searching for similar matter :)

    Not to mention - it might just be worth calculating the orbital path of the particles that were (or might be) detected, just to make sure that they aren't coming back. Given the energy they apparently release, this could even be an alternate explanation for the Tunguska explosion in Siberia. (Other than exploding meteorites that don't leave a crater, and a misfire of Tesla's Death Ray.)

    --

    Liquor
    Sanity is a highly overrated commodity.
    1. Re:But we can't check to see if it happened again. by SEWilco · · Score: 1
      Should we mention that the ozone hole was not detected for years because ozone readings which were out of the "expected" range were omitted from reports due to being erroneous readings?

      It wasn't until someone looked more closely at where there was no data and realized many "erroneous readings" were happening above the same area of Antarctica. They had to scan through the raw data tapes to extract the past readings and realize what was happening.

      In science it is particularly important to document the exceptions to the rules. That's often where a discovery is made. (Particularly because digital storage is so cheap now...)

  18. Where can I get.... by GeneralEmergency · · Score: 4, Funny


    ...a quark repellant hat?

    Will lining it with tinfoil help?

    I called the BBC and they were no help at all.

    --
    "A microprocessor... is a terrible thing to waste." --
    GeneralEmergency
    1. Re:Where can I get.... by Anonymous Coward · · Score: 0

      speaking of quarks, what is the smallest penis recorted by man 3/8 of an inch ? erect!

    2. Re:Where can I get.... by Anonymous Coward · · Score: 0

      Depends how old the man is, doesn't it? What age is a male considered a man?

    3. Re:Where can I get.... by Anonymous Coward · · Score: 0

      Actually, to be really safe, you would need a chastity belt too. You would have a 50% chance that you were standing over the exit point.

  19. Surface Damage? by DeadVulcan · · Score: 2

    Anyone have any idea what kind of damage would be caused at the surface of the Earth by something like this? Seems to me that it would be significant, peculiar, and unique.

    And in that case, shouldn't they visit the entry and exit points to see if such damage was caused? I don't see anything in the article that suggests this kind of investigation will, or should, be done.

    I'm a bit puzzled.

    --
    Accountability on the heads of the powerful.
    Power in the hands of the accountable.
    1. Re:Surface Damage? by DeadVulcan · · Score: 2

      Ah. I see now that some discussion has already taken place in an earlier posting to science.slashdot.

      --
      Accountability on the heads of the powerful.
      Power in the hands of the accountable.
    2. Re:Surface Damage? by RomikQ · · Score: 4, Insightful

      I think everyone here is overestimating the size of those things. They are really very very very small. There would be no visual evidence of the impact, not even microscopical - the particles would just rip through, and then the material they went through would collapse back onto itself.

      --
      Join the elite! Post at score:2! Ghostwheel is online.
    3. Re:Surface Damage? by swagr · · Score: 2

      What about a bullet wound?
      Small and clean going in.
      Big and messy going out.

      --

      -... --- .-. . -.. ..--..
    4. Re:Surface Damage? by Anonymous Coward · · Score: 0

      Um, we're talking about subatomic particles here. Any evidense it left as it left the earth would be microscopic. At best, a couple of grains of sand shifted. Good luck detecting that, let alone learning anything from it.

    5. Re:Surface Damage? by DeadVulcan · · Score: 2

      There would be no visual evidence of the impact, not even microscopical - the particles would just rip through, and then the material they went through would collapse back onto itself.

      My only objection to this would be that they obviously have enough of an effect to cause a measurable seismic disturbance. I believe they must have some effect at the surface, even if it's just microscopic.

      Perhaps their only effect is totally transient; this would explain why we have to resort to real-time seismic measurements to detect them.

      --
      Accountability on the heads of the powerful.
      Power in the hands of the accountable.
    6. Re:Surface Damage? by Guppy06 · · Score: 3, Funny

      "I think everyone here is overestimating the size of those things."

      Man, are you crazy? Leaving the house? There are neutrinos out there, man! Nothing can stop them! We're all going to die!

    7. Re:Surface Damage? by Liquor · · Score: 2
      There would be no visual evidence of the impact
      I have to wonder if such strangelets could traverse stellar distances without accumulating a coating of hydrogen (and/or other) ice. In interstellar space, they would be the strongest local gravity source, and (especially if they have been accumulating since the big bang) be accompanied by quite a bit of material.

      This could make for quite an explosion as that mass entered the atmosphere - my math is based on pure guesswork, but it seems that the combination of hydrogen ice, heated to a plasma in a shockwave, and the massive strangelet creates an extremely high local pressure and temperature. (Seems similar enough to the designs for mini-black-hole catalyzed fusion that it might even result in a fusion reaction - but I'll not speculate on that.)

      The two entry points noted here - one was in barren antarctic land and the other in the uninhabited and infrequently traveled southern ocean - could have had a multiple megaton blast associated with them, but there would be nothing at the surface to retain evidence - no trees to be knocked down, nothing permanent to record the event, out of the scan area of most satellites, that even if there WAS an explosion, we would be unlikely to find any evidence.

      Then again - I've already wondered elsewhere if this couldn't explain the Tunguska explosion.
      --

      Liquor
      Sanity is a highly overrated commodity.
    8. Re:Surface Damage? by dcmeserve · · Score: 1

      > In interstellar space, they would be the strongest local gravity source,

      A cell-sized chunk of this is only 1 ton, so it would have no greater gravity field than a 1-ton rock hurtling through interstellar space.

      The thing that's unique about an SQN is that when any material *does* get close enough to it to be captured by its gravity, if it ever gets near to touching the surface, it'll collapse all the way down into quark material itself, and be indistinguisable from the original material.

      Even if it did at some point have a little ball of gas around it, collisions between particles would virtually guarantee that, within a short time, nearly all the atoms would venture near the core, and be sucked in. So at most, one of these things would have a very tenous wisp of gas around it.

      > ... could have had a multiple megaton blast associated with them, but there would be nothing at the surface to retain evidence ...

      There are satellites that are on the lookout for bright flashes of ligh like that; they would have seen it, if nothing else.

      --
      "Orthodoxy is unconsciousness" - Orwell
    9. Re:Surface Damage? by dcmeserve · · Score: 1

      I guess it would depend on how strong the shockwave is. If it was very strong, there might be some rippling on the surface after it exited.

      But I think it would have to be *really* strong to be visible after the vibrations died down -- there are major earthquakes all the time, much stronger than what this looks like, which don't leave that kind of mark. Yes, landslides happen and faults shift sometimes, but otherwise, the rippling waves on the surface settle down, and you really can't see them.

      --
      "Orthodoxy is unconsciousness" - Orwell
    10. Re:Surface Damage? by Liquor · · Score: 1
      > In interstellar space, they would be the strongest local gravity source,
      A cell-sized chunk of this is only 1 ton, so it would have no greater gravity field than a 1-ton rock hurtling through interstellar space.
      A tonne of matter where there's little gravity gradient, i.e. interstellar (or even intergalactic) space has enough gravity to capture a fair amount of matter over the course of a few billion years. Also, because the strangelet is physically minute, the inverse square part of the gravity equation means that gravity field is literally millions of times stronger near the strangelet than it is near the surface of a normal one-ton rock
      The thing that's unique about an SQN is that when any material *does* get close enough to it to be captured by its gravity, if it ever gets near to touching the surface, it'll collapse all the way down into quark material itself, and be indistinguisable from the original material.
      Only until the density (i.e. concentration) of strange quarks in the strangelet becomes too low compared to the total mass to overcome the instability.

      It's neither proven nor even accepted that strange quarks can convert normal top and bottom quarks to strange quarks and continually grow such matter. While the strange quark is massive enough to provide sufficient energy to create many normal quarks, it is much less likely that a combination of quarks can generate a new strange quark. The expected numbers of strange, top, and bottom quarks in a strangelet are all approximately equal, so there would be an upper size limit on the mass that the strangelet itself can accumulate (until you get to the sizes and energies involved in the postulated quark stars, anyway.). As a matter of fact, it has been postulated that strangelets can actually evaporate by neutron emission, stimulated by relatively low speed collisions with air molecules.
      Even if it did at some point have a little ball of gas around it, collisions between particles would virtually guarantee that, within a short time, nearly all the atoms would venture near the core, and be sucked in. So at most, one of these things would have a very tenous wisp of gas around it.
      On the other hand, it could be a lump of ice with the strangelet at the center. It has also been suggested (and partly confirmed by observation of cosmic ray debris at high altitudes) that interaction cross section of a strangelet is MUCH smaller than that of a normal nucleus, let alone the size of a normal atom - such that it could actually sit between the atoms of an ice-ball without interacting with them.

      These factors are a good thing, otherwise each strangelet that hit the earth would emerge MUCH heavier than it went in, and also, much slower, making it very likely to be captured by the earth (or at least the solar system) and thus would have converted us all into something ... strange ...(even by /. standards) by now.
      > ... could have had a multiple megaton blast associated with them, but there would be nothing at the surface to retain evidence ...
      There are satellites that are on the lookout for bright flashes of light like that; they would have seen it, if nothing else.
      And how would it tell it apart from a meteorite burning up in the atmosphere? They HAVE seen these sorts of light flashes. See the article a little while back about there not being as many 'small' meteors (under 10 meters) as it was thought that there were. And the ones that could specifically detect what type of IR bloom it was (such as a nuclear event or a ballistic missile launch) are NOT focused on Antarctica.
      --

      Liquor
      Sanity is a highly overrated commodity.
    11. Re:Surface Damage? by isorox · · Score: 2

      Carter: "neutrinos pass though anything, no matter how dense. A milion of them just passed though you colenel"
      O'Neill: "no matter how dense..." ...

      O'Neill: "We cant go back while those nintendos are flying arround"

    12. Re:Surface Damage? by SEWilco · · Score: 1
      The energy is much more than that of seven pounds of dynamite per meter.

      So if you have a hole 10 meters deep, with 70 pounds of dynamite spread along its length, you can get an idea of the minimum damage at the surface It might destroy a tree or a building, but the hole won't be large enough to be geographically significant. A farmer might think a deer or some dogs had rolled on the ground and dug a shallow hole in his corn field. In a city, a gas explosion or a bomb factory might be suspected.

      I think seismic events can be located within a few miles, but the location would only be easy to find if it's located down to within a square mile. That's eight city blocks on each side of a square containing 64 city blocks to search for a hole which might be several yards across. Hope there are no large swamps or sandy areas there.

  20. Re:I don't think so. by Anonymous Coward · · Score: 0

    Well...isn't that spectical.

  21. Overrated??? by Anonymous Coward · · Score: 0

    I would have thought overfed would be the better moderation.

  22. Quark was great. by Anonymous Coward · · Score: 0

    I always was hip to the Ferengi's policy for their women requiring to wear no clothes. This article confused me though, as I had never heard Quark or Rom talk about these issues. I suspect this article is talking about some of the Rules of Aquisition that were never mentioned on DS9.

  23. Well, pip pip by Anonymous Coward · · Score: 0

    Cheerio. What's all this then?
    Nobody expects the Spanish Inquisition.

    1. Re:Well, pip pip by Anonymous Coward · · Score: 0

      Cheerio. What's all this then?
      Nobody expects the Spanish Inquisition.


      Obviously a python coder

    2. Re:Well, pip pip by Anonymous Coward · · Score: 0

      Poke Quark with the soft cushion!

  24. asteroid cannon by azoidx · · Score: 1

    does this mean if we created SQN's on earth we could shoot down incoming asteroids?

    1. Re:asteroid cannon by dcmeserve · · Score: 1

      Well, if a cell-sized lump is 1 ton, why not just lob a 1-ton chunk of metal/rock/etc. at it? Same energy to launch, and more effective too -- the SQN would tend to pass through the asteroid, imparting only a small amount of its energy.

      --
      "Orthodoxy is unconsciousness" - Orwell
  25. FYI by dylantech · · Score: 1

    Tonne = Ton

    --
    Now back to your regularly scheduled rant already in progress...
  26. Blammed? Kapow!! by Drunken_Jackass · · Score: 1

    I think it also caused all of those fight scene animations on the ol' Batman TV series.

    --
    There are 01 types of people in this world. Those that understand binary, and me.
  27. Comment removed by account_deleted · · Score: 2, Interesting

    Comment removed based on user account deletion

  28. I thought by nzhavok · · Score: 2

    these events were meant to be caused by tiny black holes? At least thats what the last slashdot story like this said. IANAQP

    --

    He who defends everything, defends nothing. -- Fredrick The Great
  29. The Winner! by Anonymous Coward · · Score: 0

    And we have the winner in the "Star Trek Technobabble" Contest!!!!!

  30. Re:I don't think so. by Anonymous Coward · · Score: 0

    Nice troll.

  31. Now that's FAST!! by vizualizr · · Score: 5, Funny

    250 Miles per second?

    now that's what i call a . ..

    QUARK EXPRESS

    --
    anything i tell you will cloud your opinion.
  32. Occam's Razor by conundrum11 · · Score: 2, Insightful

    Isn't it interesting that data stopped being collected at the same time the last event was "detected". I think the solution lies much closer to home than speeding nuclearites. Before I set the conspirists afire I would suggest taking a look at how expensive it actually was to collect and store data, and who was responsible for the decision to stop.

    It has to make you wonder what effect it would have if you had the (mis)fortune of standing on the entry or exit point. Spontaneous combustion anyone?

    conundrum11

    1. Re:Occam's Razor by dlt074 · · Score: 0

      "and who was responsible for the decision to stop."

      oh great! here come the Dubya did it trolls!

    2. Re:Occam's Razor by Transcendent · · Score: 2

      It has to make you wonder what effect it would have if you had the (mis)fortune of standing on the entry or exit point. Spontaneous combustion anyone?

      No. Spontaneous combustion is a slow process of internal heating (if it really exists... and these old people aren't just accidently lighting themselves on fire). If the little packet of quarkes was big enough, then it might blow a little hole in you somewhere...

      The only problem is that these particles are way too small to be slowed down enough to transfer a significant ammount of kenetic friction into the planet... or you. Earth got a little rumble because 1) It's much more dense and 2) There is more matter, antimater, quarks, leptons, and whatever slows the stuff down to actually slow it down and get some of that kenetic energy.

      If one passed through you, you probably wouldn't feel a thing...

  33. If this thing punched a hole through the Earth... by GeneralEmergency · · Score: 4, Funny


    ...then why doesn't the Earth whistle as it spins?

    --
    "A microprocessor... is a terrible thing to waste." --
    GeneralEmergency
  34. Re:I don't think so. by Xerithane · · Score: 5, Funny

    And there is no reasonable argument for the choice of 11 dimensions (1 time, 10 space, 6 compactified).

    Are you sure you are a mathematician? ;)

    --
    Dacels Jewelers can't be trusted.
  35. Shut up already by pclminion · · Score: 1, Flamebait
    I think this was posted before [slashdot.org].

    No shit, Sherlock. We're all aware that /. editors post repeats, and that the problem is getting worse. We see it for ourselves, and we hear about it ad nauseum from twerps like yourself who are looking for a quick, cheap karma boost. Your comment is not insightful or informative. It is irritating and wasteful. STFU already.

    And to the moderators: shame on you for falling for such an obvious whoring technique.

    1. Re:Shut up already by Ironix · · Score: 0, Offtopic

      Goodness... Aren't we a little testy. Having a bad day?

      --
      Still #1 -- Lonely Gay Geek
    2. Re:Shut up already by Anonymous Coward · · Score: 0
      Sore you didn't post first and get the karma?

      I'd rather see useful links to the old story (informative), then flames like yours (irritating and wasteful).

    3. Re:Shut up already by plumby · · Score: 2

      Or to put it another way, he (or she) has provided a link that anyone can easily follow to read other posts about this topic. Don't get so hung up on other people's karma.

  36. Imagine a cluster of these ... by Sanga · · Score: 2, Interesting

    Seriously though: can we detect if some civilisation wrecker size thingy is on its way.

    These are sneaky bastards: more devious than NEOs come out at us in the direction of the Sun.

    And we cannot even drill a nuke into these suckers.

    Hmmmm.... that lifeboat thingy (posted yday) grows more pertinent by the minute.

    1. Re:Imagine a cluster of these ... by Scaebor · · Score: 1

      i really can't see any possible way of detecting things such as these. They move so fast and are so small that it would be extremely difficult to detect one even if you knew exactly which direction to look, which, of course, we do not. Therefore chances of detecting these things are pretty much negligable even if effort was put into it (which will certainly not be the case with the funding space stuff gets these days).

      --
      "Hey brother Christian with your high and mighty errand / your actions speak so loud I can't hear a word you're saying"
    2. Re:Imagine a cluster of these ... by Anonymous Coward · · Score: 0
      There are many ways Earth's surface can be destroyed. It's pretty likely a nearby nova will sterilize the planet with gamma rays long before our Sun starts to expand.

      Not only do we have to get our eggs out of this basket, we have to get some out of the neighborhood too.

  37. Taco Bell Blamed for Paired 2002 Seismic Events by nakaduct · · Score: 2

    In an article posted by BBC, a scientist has suggested that two "unassociated" seismic events that occurred earlier this afternoon were actually strange Beef matter passing through his GI tract at a speed of perhaps 250 miles per second. A spec of strange Meat the size of a human cell is said to be so dense that it could weigh a tonne! Also, the scientist commented, 'what the fuck do they put in that stuff? It tastes like meat paste, but it's greyish-beige!!? I won't fall for that again."

  38. A not so beautiful mind. by ToadSprocket · · Score: 1, Funny

    The only calculations you're doing are the ones that pertain to how much bud you can pack into your pipe.

    --


    If this article confuses you, don't worry. It was posted yesterday in a much clearer fashion.
  39. Re:I don't think so. by Anonymous Coward · · Score: 0

    If it was your goal to brain fuck half of slashdot, I think you just succeded.

  40. Re:I don't think so. by Anonymous Coward · · Score: 0

    You just made a spectical of yourself. The word you want is skeptical.

  41. Link to original paper by abhinavnath · · Score: 5, Informative

    tconnors(UID #91126) posted a link to the original paper, the last time this was posted on /.

    Not to karma whore or anything :), but this is a fascinating paper. They talk about how Strange Quark Nuggets contain strange, up and down quarks, which makes them stable enough to exist without condensing into protons and neutrons. It also talks about how SQNs are dark matter candidates - so these paired seismic events may be proof of this form of dark matter.

    This seems like an amazing amount of work - they went through nearly 10 million seismic event records, from 1981 to 1993.

    --
    My other sig is also a .Porsche
    1. Re:Link to original paper by cybercuzco · · Score: 2

      They talk about how Strange Quark Nuggets contain ...snip...
      The ground up waste that you get when you slaughter Strange Quarks. Essentially Quark plywood.

      --

    2. Re:Link to original paper by Anonymous Coward · · Score: 0

      Mad Quark Disease?!

    3. Re:Link to original paper by sheriff_p · · Score: 2

      There's actually a little check-box you can click to stop yourself karma whoring: it's called "Post Anonymously"

      --
      Score:-1, Funny
  42. Re:I don't think so. by Anonymous Coward · · Score: 0

    I'm "spectical" of your statements. Those words you use are definitely in the English language, except for "spectical", but put together, they make no sense. Perhaps your million monkeys on a million typewriters should keep banging away... Good luck.

  43. Re:I don't think so. by exp(pi*sqrt(163)) · · Score: 5, Informative
    There is almost no experimental proofs for quantum field theory
    How about the prediction of the anomalous electron magnetic moment to quite a few decimal places? That prediction uses QFT.

    And there is no reasonable argument for the choice of 11 dimensions
    What does that have to do with it? QFT works in 4 dimensions. Are you confused between QFT and supersymmetric QFT? And strangeness has nothing to do with supersymmetry. I think you should go back to your mathematics.

    Hmmm...and I've never heard of Yang-Chibara manifolds and they aren't mentioned anywhere in arxiv.org.

    OK, I've been succesfully trolled.

    --
    Doesn't it make you feel good to know that our freedoms are protected by politicans, lawyers and journalists.
  44. Comment removed by account_deleted · · Score: 1

    Comment removed based on user account deletion

  45. sun explosions by Anonymous Coward · · Score: 0

    The sun just had two explosions. I wonder if there are "unassociated events."

    1. Re:sun explosions by SEWilco · · Score: 1

      This thing was like 50 kilotons of dynamite spread through the Earth. I don't think we can measure a 50 MEGATON explosion on the surface of the Sun, much less if it were spread along a line inside.

  46. Re:I don't think so. by Anonymous Coward · · Score: 0

    have you ever taken a math course?

  47. Interesting because... by Vermy · · Score: 1

    Quote "I would reject such explanations beforehand without even brothing to check the data"

    And thus, we know why you are a mathematician and not a scientist.

  48. I know that Quark is responsible by dandelion_wine · · Score: 3, Funny

    Odo: "I plan to investigate the Klingons, the Romulans, Quark, the visiting Tarellians..."
    Sisko: "You think Quark had anything to do with it?"
    Odo: "I always investigate Quark"

  49. So where did it come from? by mengel · · Score: 5, Interesting
    Okay, so we know where it came in, and where it went out, and fairly precisely what time it was... So then you are in a pretty good position to extrapolate the path of the object backwards, and figure out where it came from, right? If it was moving at 400km/h, its patj would have been warped somewhat by the sun's gravitation, but that should be able to be figured in. Then you should point all your best telescopes off in the direction that it must have come from, and see what's there.

    Any good amateur rocket/astronomy folks out there? If you shot something from Antartica opposite the direction of the tip of India at 450km/sec, on October 22, 1993, 09:55:57 GMT, where would it go?

    --
    - "History shows again and again how nature points out the folly of men" -- Blue Oyster Cult, 'Godzilla'
    1. Re:So where did it come from? by madsatod · · Score: 1

      Any good amateur rocket/astronomy folks out there? If you shot something from Antartica opposite the direction of the tip of India at 450km/sec, on October 22, 1993, 09:55:57 GMT, where would it go?

      Remember to reverse time also :)

    2. Re:So where did it come from? by SmokeSerpent · · Score: 2

      Well, first off, this thing would supposedly have come into being at the beginning of the Universe, and since it's interaction with normal matter appears to be fairly minimal, looking at where it's been wouldn't be very exciting.

      But to get to the meat of the question, you couldn't really get an orbital path for the alleged particle from the data we've got. Remember, we don't know precisely where it entered or exited, not even down to the scale of kilometers. Once you factor in the margins of error and take into account that whatever path it took would be affected by gravity, you would end up having virtually no idea where it came from.

      --
      All kings is mostly rapscallions. -Mark Twain, The Adventures of Huckleberry Finn
  50. Me Asia Carrera. Me Mensa. by Anonymous Coward · · Score: 0

    http://www.jerkcity.com/jerkcity1143.html

  51. Not a whole hell of a lot. by RatBastard · · Score: 5, Informative

    Sure, it's heavy. Sure, it's going really fast. But the impact area is only the size of a cell. It would rupture cells along the path through your body, but the holes created wouldn't be big enough for blood to flow out of, and unless it struck a nerve cell you'd never feel it. The mass is not high enough for it to have any tidal effects. Even if it did hit your brain it probably wouldn't do enough damage to register.

    --
    Boobies never hurt anyone. - Sherry Glaser.
    1. Re:Not a whole hell of a lot. by GigsVT · · Score: 2, Interesting

      I don't know, a slug of lead going only a couple times the speed of sound that is less than 3mm across and weighs about 1.5 grams can do a hell of a lot of damage.

      I'd imagine something weighing a ton, going that fast, would cause an order of magnitude more damage than the aforementioned .22 caliber hunting rifle round.

      --
      I've had enough abrasive sigs. Kittens are cute and fuzzy.
    2. Re:Not a whole hell of a lot. by pVoid · · Score: 5, Informative
      You're not really taking into account that this thing has seismic effects felt around the globe.

      It's like saying f'(x) = df/dx is 0 because df is almost zero... you are neglecting the very important fact that dx is almost zero too.

      To apply it back to this case: (a previous post mentionned it too) if that thing weighed only a gram, but was traveling at the speed of light, you'd probably vaporize from the energy it would release in you. In the same veine, if it were traveling at reasonable speeds, weighed only 1kg, but the impact point was concentrated into one square nanometer, the damage done might just as well rupture every single cell in your body.

      Another example is icebergs, those giants move at something like 2-3 km/h, but the energy they would release if they hit a oil-platform is greater than the energy a 747 would if it were to crash into the platform at cruising speed.

      The bottom line is you have to know how much energy the particle contains, and also, how much of it would be released in your body. The fact that it's small doesn't indicate anything whatsoever...

      My uninformed guess is that if this thing can cause mini-earthquakes, it could be quite a powerful blast on the body.

    3. Re:Not a whole hell of a lot. by witort · · Score: 1

      Even if it did hit your brain it probably wouldn't do enough damage to register.

      You talkin' to me, bitch?

    4. Re:Not a whole hell of a lot. by JesseL · · Score: 1

      FYI a .22 round is about 5.45mm. Also though the Quark matter has vastly more energy than a .22, the .22 is likley to impart 100% of it's energy to a human body. Even though a 2 ton 250 mile/second chunk of quark matter has around 20,000 times more energy than a .22, it's unlikley that any measurable percentage of that would be lost in a soft body when you consider that the diameter of a cell is only around 10 micrometers.

      --
      "Prefiero morir de pie que vivir siempre arrodillado!"
    5. Re:Not a whole hell of a lot. by product+byproduct · · Score: 4, Insightful

      Actually we can do the math pretty easily:

      article quote: "a one-tonne spec would release the energy of a 50-kilotonne nuclear bomb, spread along its entire path through the Earth."

      So the energy released is something like 50 kilotonnes / 10,000 km
      = 5 tonnes of TNT / km
      = 5 kg of TNT / m
      = 0.5 kg of TNT / 10cm

      So this thing traveling through your skull would be like detonating a pound of TNT inside of your head. The brain damage would definitely register. :)

    6. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      Only a free sample of what the Lord God Almighty
      has in his power to unlease upon mankind. Do
      what you will, and as your excuse, prepare to
      say: "Everyone Else does it". Well, everyone
      else will find out that: "The wages of sin is
      death"

    7. Re:Not a whole hell of a lot. by zbuffered · · Score: 2

      It seems like a knife-versus-club sort of thing, comparing a nanometers-wide quark to a millimeters-wide bullet. But you may still be right. This thing would have enough mass to destroy a few cells, and it might transfer some of it's (considerable) momentum into them, causing them to then go around wreaking havoc on other cells like a game of pool.

      Consider this: if you fire a .22 round into an apple, the hole where it enters the apple is the size of the bullet, but the hole where it exits the apple is, say, 5x as big. That's only 5 cells. I think you'd be OK.

      As the quark matter is traveling at a much higher speed versus the bullet, my above analogy may be highly flawed. But I don't think too much of it's energy would be transferred--if it causes earthquakes when it passes through the Earth, it's because of the above-mentioned chain-reaction where it transfers energy to matter it collides with. It has thousands of miles to disrupt particles, if it passes through your body, it has only about a foot. or so.

      IANAP/A (I am not a physicist/astronomer)

      --
      Synergy is your friend
    8. Re:Not a whole hell of a lot. by miketang16 · · Score: 2, Funny

      Who invited the Christian extremists?

      --
      -------
      "In times of universal deceit, telling the truth becomes a revolutionary act."
      -- George Orwell
    9. Re:Not a whole hell of a lot. by 3am · · Score: 1

      'So this thing traveling through your skull would be like detonating a pound of TNT inside of your head. The brain damage would definitely register. :)'

      Yeah, if your head completely stops the quark matter... and given that a trip through several hundred miles of solid rock fails to stop it, I somehow doubt that your in-depth analysis is correct.

      --

      A: None. The Universe spins the bulb, and the Zen master merely stays out of the way.
    10. Re:Not a whole hell of a lot. by HamNRye · · Score: 2

      Bullets do damage in one of two ways:

      First: They spread out. That 3mm slug is 10-20 times that diameter after passing through skull.

      Second: They rotate. In the case of an AK-47, the rotation of the bullet causes it to travel throughout your body.

      Also, 3mm may not seem big, but when compared to a cell, it's huge. I don't know the actual comparison, but I'd guess that a 3mm bullet would be like a Super Dome to the average cell. (The Super Dome holds >~60,000 people, and that 3mm bullet could hold well over 60,000 cells.)

      ~Hammy

    11. Re:Not a whole hell of a lot. by Peter+Harris · · Score: 2

      No, if your head completely stops the quark matter, the town you live in becomes a smoking crater.

      I don't know if the calculation stands up to scrutiny of course (mantle material is a lot denser than your head, which is basically water), but
      it *was* for just your head's share of the track though Earth.

      --

      -- What do you need?
      -- Gnus. Lots of Gnus.
    12. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      Is this not of the same principle with, say, projectile bullets? I believe that though newer, high powerful rifles are deadly, the muskets and arquebus were much more devestating. They had a very low velocity, and because of this, the ENTIRE energy of the bullet would be transfered to the victim. He could suffer shattered bones and die from the shockwaves. Modern rifles fire so quickly that they could pass right through the body with less (relative) damage.

    13. Re:Not a whole hell of a lot. by NineBall · · Score: 1

      This reminds me a lot of a theory I heard a while ago about minute black holes, that when they become so large that they can no longer fit in the extra dimensions that are supposed to exist at that scale, they will be forced to re-shape themselves in order to fit into the 3 normal dimensions. This process will create a blast several billion times greater than the sun. So really you should just consider yourselves lucky that our entire sloar system hasn't been vapourised by a black hole the size of a quark yet.

      --
      You may not agree with what I'm saying but I'll kill you for my right to say it
    14. Re:Not a whole hell of a lot. by joggle · · Score: 3, Informative
      Just because the particle doesn't stop doesn't mean that it can't release energy. What we are really dealing with is the likelihood of a collision between this high-energy particle and a particle in your head. Over the course of its travel through the earth, it evidently collided with enough particles to convert 50 kilotonnes of energy from its momentum. If this particle is actually the size of a cell, then there is basically a 100% chance that it will collide with particles in your head resulting in substantial damage, although the change in the particle's velocity will be nearly zero.

      Other high energy particles, such as gamma rays, which are substantially smaller, almost always pass through your body without any collisions resulting in zero damage, of course.

    15. Re:Not a whole hell of a lot. by joggle · · Score: 1
      I haven't heard of that theory. However, the person who first theorized about tiny black holes created by the Big Bang (Stephen Hawking), later came up with another theory explaining how black holes loose energy (and therefore mass) over time. Based upon his later theory, even if micro-black holes existed near the beginning of the universe, they would have dissolved into nothing a long time ago.

      So you really needn't worry about giant explosions resulting from these black holes as the conditions needed to create them only existed immediately following the Big Bang.

    16. Re:Not a whole hell of a lot. by joggle · · Score: 1

      This is the reason why many sniper shells are designed to shatter on impact (such as the shells used by the sniper in the Washington, DC area).

    17. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      Not on many of the brains here :-)

    18. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      Do you have the faintest fucking clue what you're talking about?

      I thought not.

    19. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      I visited a English civil war museum (in wales ;) several years ago. The bullets were roughly ~50 calibre (spherical) and the rifles were long (one and half metres or so) and very thick walled. They used a hell of a lot of black powder - pretty primitive stuff which burns slowly when compared with modern smokeless powder. The long barrel gives it plenty of time to burn and imparts quite a speed. If one of those things hit you - you'd be looking at loosing an arm or a leg (if you're lucky, the surgery of time was somewhat primitive).

      A modern .223/556 is designed to injure not kill. It tumbles on impact and causes severe internal injury as it looses kinetic energy. The rationale being - a soldier that's wounded takes two people out of the war, not just one - but if they die, hey.

    20. Re:Not a whole hell of a lot. by joggle · · Score: 1
      The parent of my post mentioned that high velocity shells can pass through your body causing less damage than a slower one which stops in your body, in which case your body completely absorbs the bullet's energy (which is correct). Bullets which shatter, however, cause significantly greater damage by dispersing its momentum so that the body absorbs more of the bullet's energy and causing greater damage. Where am I wrong?

      This is totally off topic of course, as macro-sized collisions have little to do with subatomic particles (I guess they have momentum in common, although I didn't intend to make any sort of an analogy between shattering a bullet and shattering a quark).

    21. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0
      A modern .223/556 [sic] is designed to injure not kill.
      Please cite a credible source for that assertion.
    22. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      That's one of the nice parts about being a theoretical physicist ... with the exception of "I do", almost nothing you say or do has to stand up to practical reality until long after you are dead.

      Stephen postulated the existence of something and then neatly explained away why it doesn't actually exist.

      Hmmmf ... and the scientific sort mock Christians for being gullible and unperceptive.

    23. Re:Not a whole hell of a lot. by Wiwi+Jumbo · · Score: 4, Interesting

      Wouldn't that mean there should be a "impact point" where it hit?

      Something that we'd be able to see?

      Then again, what the hell do I know? :)

      --
      Wiwi
      "I trust in my abilities,
      but I want more then they offer"
    24. Re:Not a whole hell of a lot. by pod · · Score: 4, Funny
      So this thing traveling through your skull would be like detonating a pound of TNT inside of your head. The brain damage would definitely register. :)

      At least they're right about ONE thing: it probably wouldn't hurt at all :)

      --
      "Hot lesbian witches! It's fucking genius!"
    25. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      You're conflating "energy" and "momentum," which shows you don't know the relationship velocity bears to each quantity; you claim that bullets that shatter cause greater damage by...causing greater damage (!), you don't seem to know the difference between the terms "bullet" and "shell," and you imply that the DC snipers were using frangible bullet loads, which is a total crock. For starters.

    26. Re:Not a whole hell of a lot. by grandpohbah · · Score: 2, Insightful

      Taken from a company selling ammo better designed to kill...

      Unaltered Ball Ammo -- Military ball ammo tends to provide extremely poor, unpredictable terminal performance for edible game and varmints on all but head shots. The pointy bullet will either slip right through the animal (producing little tissue disruption), or tumble (producing massive tissue damage), and is easily deflected by even small bones. The result is very unpredictable performance. It is inhumane and unsportsmanlike to use such ammo except for head shots. Therefore, the effective hunting range of ball ammo is the approximately 1-2" diameter head shot kill zone. For most military rifles, that will severely limit the usefulness of the weapon.

      Why is it unhumane? Simple, because it won't kill the animal, only wound it. An interesting note on this (though a quick google search didn't give a good source), is that militarized ammo is specifically designed to not kill, but only wound(a wounded soldier removes not only the wounded from battle, but also the do-gooder care taker). Ammo outside of the military, including all hunting ammo and that used by most law enforcement agencies, is designed to kill.

    27. Re:Not a whole hell of a lot. by prothid · · Score: 1

      Ok, so every post that I've read so far seems to state that this quark would just pass right through you without causing a great amount of damage. I'm having a hard time believing this when seismographs on the other side of the globe could detect this particle moving through the earth thousands of miles away. I think you'd definately have some issues if such a particle went through you. I think it would knock you off your feet and leave you without a head no matter how small it is. A mass travelling at that velocity is certain to cause some turbulence, and I think there's already physical proof of that... they recorded it with their seismographs.

    28. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      The bare calculation by itself is not enough. For example: what's the mechanism by which energy is transferred from the particle to the surrounding Earth? If it is largely gravitational, then the portion of that energy which would be transferred to the surrounding skull would be miniscule, because of the low mass of the skull.

    29. Re:Not a whole hell of a lot. by haggar · · Score: 2

      You must be fucking kidding!
      These particles, if they exist and the article implies they do and you base your conclusion on the article, have the mass of approximately one metric ton. Since gravity increases at r squared as you get close to the gravitational center, it means that there are FATASTIC gravitational forces in the near proximity of this particle. Add to this the speed of approximately 400 Km/s: not only would it poke a hole in your body, it would make a very fine pulp of you, and spread it all over the place.

      Just to illustrate the effect: the Steyr flechette anti-material guns (IWS 2000/2500 and the like, not the AUG) fire a tungsten flechette at the speed of 2000 m/s, and if it hits you it creates a 20-30 cm diameter crater at the exit - very messy.

      --
      Sigged!
    30. Re:Not a whole hell of a lot. by cthugha · · Score: 2

      Your calcuation ignores the fact, as alluded to by others, that solid rock is quite dense and, well, solid, requiring the particle to dump a lot of energy to get through it, whereas human being is quite soft and squishy, not requiring anywhere near as much energy. Nice try though :).

    31. Re:Not a whole hell of a lot. by GigsVT · · Score: 1

      With high enough velocities, and hollow points, expansion takes on whole new meanings. The damage is not caused so much by the bullet itself, but by the shockwave.

      Shooting 2 liter bottles of water with a hot loaded 22-250 hollowpoint is a spectacular demonstration of this.

      Basically, as other people have pointed out, regarding the question at hand, it all depends on how much energy actually gets transferred to the body.

      --
      I've had enough abrasive sigs. Kittens are cute and fuzzy.
    32. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 1, Insightful

      Dividing by the ratio of densities (about 3) is probably the right correction. Even if you divide by 100 you still get 5 grams of explosives in your head.

    33. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      and you thought that was a mosquito biting you

    34. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      Another example is icebergs, those giants move at something like 2-3 km/h, but the energy they would release if they hit a oil-platform is greater than the energy a 747 would if it were to crash into the platform at cruising speed.

      What if an iceberg had hit the World Trade Centres at crusing speed?

    35. Re:Not a whole hell of a lot. by Anonymous Coward · · Score: 0

      Think of it this way - it probably went thru somebody, unless it entered/exited via ocean. We infest this planet to such a degree that it's likely it met one of us.

    36. Re:Not a whole hell of a lot. by Magic5Ball · · Score: 1

      "The so-called strange quark matter is so dense that a piece the size of a human cell would weigh a tonne."

      The impact area of quark is probably somewhat smaller than a cell, the former being subatomic and all.

      Also, "The so-called strange quark matter is so dense that a piece the size of a human cell would weigh a tonne." doesn't imply that the piece that they hypothesized passed through earth was the size of a human cell.

      --
      There are 1.1... kinds of people.
    37. Re:Not a whole hell of a lot. by joggle · · Score: 1

      I was being a bit causual with my use of bullet and shell (in all cases I meant bullet...). Technically, energy (work) is defined by Newton as the rate of change of momentum over a distance. In the case of a fragmenting bullet, there is a greater transfer of momentum (and therefore more energy released) caused by greater contact area with the medium it is passing through as opposed to a non-fragmenting round traveling at the same velocity. Also, as many people on Slashdot are known to do, I typed a sentence without proofreading it (it was redundant, if you remove the last "and causing greater damage" its just fine). As for the fragmentation of the bullets used in the DC case, I read an article similar to this where it states "Because of fragmentation of the bullets, they were unable to determine conclusively whether the other two Maryland shootings involved the same gun." and took this to mean, perhaps erroneously, that the sniper was using fragmenting bullets. This last point, however, is completely irrelevant as to whether fragmenting bullets are more damaging than standard bullets and the mechanism by which they are more dangerous, which was my original intent.

    38. Re:Not a whole hell of a lot. by NineBall · · Score: 1

      It might still be possible to sythesyse them.

      --
      You may not agree with what I'm saying but I'll kill you for my right to say it
    39. Re:Not a whole hell of a lot. by SashaM · · Score: 1

      I'm sorry, but your math and physics are really screwed up.

      It's like saying f'(x) = df/dx is 0 because df is almost zero... you are neglecting the very important fact that dx is almost zero too.

      Not at all. It's like saying that W=Fx (W=work, aka energy, F=the force of the quark on your body and x=the distance it travels through your body). Because F is proportional to the area of contact, which is very small, F is also very small. x is under 0.5m and so the overall energy released by the quark travelling through your body would be very small.

      To apply it back to this case: (a previous post mentionned it too) if that thing weighed only a gram, but was traveling at the speed of light...

      Umm, last I heard something travelling at the speed of light must have an infinite mass. Another hint which gives away your ignorance is that weight is measured in newtons, not grams.

      Also, note that my calculation of the amount of energy released by the quark going through your body is very crude - it doesn't take into account any of the laws that come in effect only for such massive bodies travelling at such great speeds, not to speak of any special laws that might apply to quarks themselves.

    40. Re:Not a whole hell of a lot. by Martin+Blank · · Score: 2

      mantle material is a lot denser than your head, which is basically water

      I'm assuming that you're not applying this statement to all Slashdot commenters? :)

      --
      You can never go home again... but I guess you can shop there.
    41. Re:Not a whole hell of a lot. by miketang16 · · Score: 1

      I believe it mentioned in the article that the particle entered the earth through someplace in Antarctica. But you also have to remember, this is the size of a cell. And according to previous calculations, even if it released the energy of 1 unit of TNT, it would still be difficult to find the impact zone in such a barren and hostile landscape. Would you like to go look for it? Take a jacket.

      --
      -------
      "In times of universal deceit, telling the truth becomes a revolutionary act."
      -- George Orwell
    42. Re:Not a whole hell of a lot. by Darby · · Score: 2

      Who invited the Christian extremists?

      Which, of course, is a generalization of a question which could only be answered with:

      Nobody expects the Spanish Inquisition!

    43. Re:Not a whole hell of a lot. by pVoid · · Score: 2
      Hey mister nit pick. Do you live in your mother's basement?

      You're missing a conceptual point I made by saying It's like saying f'(x) = df/dx is 0 because df is almost zero...

      To start off, take this statement from a reply post: I think that treating this as a kinetics problem is somewhat oversimplifying the situation. Subatomic particles don't hit cells in the same way that a hammer would

      In effect, what you just said about the quark traveling through your body is quite uselss fact/argument too. The quark has the possibility of not touching you at all while passing through you... just like neutrinos can fly through the earth without ever touching anything... So the effect of this quark going through your body is most likely going to be to leave a disturbance trail - massive vibrations most likely... not a puncture hole.

      Have you ever heard of rupturing cells by using sound alone? there's no impact there... it's all through vibrations.

      The point you probably didn't understand about the purely formal equation f'(x) = df/dx is that using the argument that something is very small doesn't mean it won't do any damage.

      Just to nit pick you back: Umm, last I heard something travelling at the speed of light must have an infinite mass..

      You are plain wrong. Something traveling at the speed of light which has a mass must expend an infinite amount of energy to get to that speed. If it is at the speed of light, it must have zero mass (not infinite).

      If you absolutely need a correction for my post, let me rephrase: To apply it back to this case: (a previous post mentionned it too) if that thing had a mass of only a gram, but was traveling at near the speed of light...

      People like you really annoy the hell out of me, because there is no place for ego (and insults) in a scientific argument...

    44. Re:Not a whole hell of a lot. by SashaM · · Score: 1

      Hey mister nit pick. Do you live in your mother's basement?

      there is no place for ego (and insults) in a scientific argument...

      You said it all by yourself.



      To start off, take this statement from a reply post: I think that treating this as a kinetics problem is somewhat oversimplifying the situation. Subatomic particles don't hit cells in the same way that a hammer would

      I completely agree. Reread the last paragraph of my post. I don't know how to calculate properly the amount of energy released by such a particle when going through the body, but I do know that the way you did it is wrong.



      The quark has the possibility of not touching you at all while passing through you... just like neutrinos can fly through the earth without ever touching anything... So the effect of this quark going through your body is most likely going to be to leave a disturbance trail - massive vibrations most likely... not a puncture hole.

      Perhaps, perhaps not. You're not backing up what you're saying... When you say that something is going to happen "most likely", it either needs to be very obvious, or you need to back it up with calculations. I was talking about a puncture hole because that's what I thought you were thinking. I apologize if I was wrong.



      The point you probably didn't understand about the purely formal equation f'(x) = df/dx is that using the argument that something is very small doesn't mean it won't do any damage.

      No, I understand the point you're making perfectly. You're even right. The problem is that it's a bad analogy. You're using something that appears to be clever to prove an obvious point. You don't need calculus to make a point about something small being able to do massive damage... It's pretty obvious. I showed, via calculations, that if the model of this event (quark going through human body) is puncture hole, then the amount of energy released is going to be very small.



      You are plain wrong. Something traveling at the speed of light which has a mass must expend an infinite amount of energy to get to that speed. If it is at the speed of light, it must have zero mass (not infinite).

      True, but you're talking about rest mass, not mass. I was talking about (actual) mass. Photons, by the way, do have mass, but no rest mass. See this.

  52. Nope. by Skreech · · Score: 1

    Tonne = Ton

    Except, it's not. They're similar in magnitude only. A ton is 2,000 pounds, whereas a tonne is 1,000 kilograms, or something like 2,200 pounds.

    It does look like a misspelling, tho.

  53. through StarBucks... by 8BitWimp · · Score: 1

    One passed through me and out the bottom of my latte recently outside Starbucks...

    1. Re:through StarBucks... by Anonymous Coward · · Score: 0

      That's not a quark! That's karma, bitch-slapping you for buying a Starbucks latte!

  54. Re:I don't think so. by Derg · · Score: 1

    I dont claim to know much more about math than your average pre-calc student, but what the fuck? What is "spectical"? Once used is a typo, twice is a sign of person trying to use words they dont comprehend. I dont mean to be harsh, but you claim to be mathematically inclined, but cant spell basic 5th grade words....

    *kisses my kharma good bye*

    I, sir, Call you a bullshitter with a math and or science book handy..

    --
    I'm a little tea pot.
  55. If you want quark repellant ... by Anonymous Coward · · Score: 0

    ... call Odo.

    1. Re:If you want quark repellant ... by Anonymous Coward · · Score: 0

      I laughed until I realized how sad it was that I got the joke.

  56. Either my Math or Geography sucks by Pr3d4t0r · · Score: 4, Insightful

    The article says:

    It was estimated that the strange quark matter might pass through the earth at 400 km per second (250 miles per second), 40 times the speed of seismic waves.
    -- and --
    The other occurred on 24 November, 1993, when an object entered south of Australia and exited the Earth near Antarctica 0.15 of a second later.

    So are Australia and Antartica 37.5 miles apart? Confused.

    1. Re:Either my Math or Geography sucks by Graff · · Score: 2
      So are Australia and Antartica 37.5 miles apart? Confused.

      Take a look at that again:
      pass through the earth at 400 km per second (250 miles per second)...an object entered south of Australia and exited the Earth near Antarctica 0.15 of a second later.

      The object didn't enter Australia, it entered south of Australia. Since Antarctica is south of Australia, it is certainly possible that the object entered the earth 37.5 miles away from Antarctica.
  57. Slackers.. by grub · · Score: 5, Funny


    People blame sub-atomic particles for everything now.

    What caused those earthquakes? Quarks.
    What destroyed the World Trade Center? Quarks.
    Who left the toilet seat up? Quarks.

    Its about time people took responsibility for their actions and quit blaming the poor quarks.


    --
    Trolling is a art,
    1. Re:Slackers.. by CNERD · · Score: 3, Funny

      Nah, its more like this..

      What caused those earthquakes? Terrorists.
      What destroyed the World Trade Center? Terrorists.
      Who left the toilet seat up? Terrorists.

      Now lets all rip on the bill of rights and fight those terrorists!

    2. Re:Slackers.. by Anonymous Coward · · Score: 0

      rofl. Unfortunately this should be rated +5 Scary yet true. The other scary part is that a good portions of our citizens are agreeing with your last comment. heh

    3. Re:Slackers.. by wholesomegrits · · Score: 1

      You're forgetting the obvious: the terrorists have harnessed the QUARK.

      --
      No sig is worth reading.
    4. Re:Slackers.. by Anonymous Coward · · Score: 0
      Ha ha those funny terrorists! They're blowing up women and children! HA HA HA! ROFL They want to rip up my intestines, but I'm more scared of the party that actually takes the constitution literally. (strict constructionist, or some malarky)

      I'd trade the constitution for the koran anyday! oops I forgot, I'm an atheist. Oh I'm so confused I can't find myself! Did I mention I'm from Florida? It's a vast right wing conspiracy, I tell ya!

      The Republicans the REAL terrorists! We need to smoke Dubya out the white house. This whole war is about quarks. It's Bush's buddies in the Quark industry. Bush is in the back pocket of special interests like Big Quark.
      NO WAR FOR QUARKS!

    5. Re:Slackers.. by Anonymous Coward · · Score: 0

      What destroyed the World Trade Center? Quarks.

      Remember it's only the extreme quarks. Not all quarks destroy buildings.

    6. Re:Slackers.. by oPless · · Score: 2

      Those Al-Quark-ida Terrorists?

  58. BOOO! by RatBastard · · Score: 2

    Just for that I'm going to slap you with a herring.

    --
    Boobies never hurt anyone. - Sherry Glaser.
  59. No! by Anonymous Coward · · Score: 0

    Tonne != Ton. Tonne is metric and = 1000 kg!

    1. Re:No! by Anonymous Coward · · Score: 0

      No! No! No!

      A tonne is a cubic meter of water at STP

      A ton is oprah

  60. How to fix it by dizco · · Score: 1, Offtopic

    in preferences, set the 'funny' modifier to -2, set the 'foe' modifier to -2, 'friend' to +1, mark folks that annoy you as foes.

    1. Re:How to fix it by duren686 · · Score: 1

      ...And then browse Nested at -1.

      --
      Y2K Compliant since the late 1890s
  61. Jealous he beat you to it? by helix400 · · Score: 3, Insightful
    We're all aware that /. editors post repeats..., and we hear about it ad nauseum from twerps like yourself who are looking for a quick, cheap karma boost.

    Sometimes we can't remember if this is a duplicate story or not. These "repeat" posts are very helpful in figuring that out.

    Besides, he wasn't karma whoring. He took the time to search the last strangelet article, get the url, and link it for us. If he was truly karma whoring, there would be no link. He would have worried about taking all that time getting us a link while giving up valueable time for some other person to post their "repeat" message.

    ---
    Old actors don't die, they just go to Old Navy

    1. Re:Jealous he beat you to it? by Ironix · · Score: 1

      Thanks for coming to the defence. =)

      Oh well, perhaps he's just the kind of person who gets mad at the drop of a hat, or perhaps his girlfriend dumped him for someone with better karma. =)

      --
      Still #1 -- Lonely Gay Geek
    2. Re:Jealous he beat you to it? by leviramsey · · Score: 1
      Oh well, perhaps he's just the kind of person who gets mad at the drop of a hat, or perhaps his girlfriend dumped him for someone with better karma. =)

      The FAQ says that there is no correlation between karma and penis/bra size, though...

      :o)

  62. Re:I don't think so. by doughmein_dot_net · · Score: 1
    He's obviously better than we are. He does his math in hexadecimal.

    Oh, wait. I thought that was for computer scientists. ;)

    --
    Super ninja monkeys will one day rule the world!
  63. The Hole Man by Thud457 · · Score: 1

    Larry Niven (or was it Jerry Pournelle, I can't keep the two apart in my mind...) wrote a short story similar to that. It was a murder mystery.

    But I don't really believe that, it really depends on how large the particle is in relation to a cell. Most likely it could pass through you, causing no serious or permanant damage. That is, as long as there's no sonic boom.

    --

    the preceding comment is my own and in no way reflects the opinion of the Joint Chiefs of Staff

  64. Some info about strangelets by Anonymous Coward · · Score: 1, Interesting

    Ok I'll know I'll get modded down but ...

    First of all, some basic particle physics:
    There are 6 kinds of quarks (in increasing mass):
    up, down, strage, charm, bottom (beauty), and top (truth).
    The last of which was experimentally verified only recently.

    All matter is made up of combinations of quarks, usually either in pairs (mesons), or trios (baryons).
    For example, protons are made up of two ups and one down; neutrons are made up of one up and two downs.

    Strange quarks are named such because the particles that contain them are produced fast and decay slow (ie., they have very long lifetimes), which is very odd considering that they are much more massive (heavier things tend to decay faster).

    Strangelets now, are an odd beast. They usually contain more than 2 or 3 quarks, and can contain quarks other than strange quarks.
    One variety (the more common one) contains a large mixture of up and some down quarks along with the strange, and has a net positive charge.
    These are quite safe as they will bond with a pair of electrons and act like an unusually heavy helium isotope.
    One that is mostly strange will have a net negative charge, and (I don't quite understand the process) gobble up all the positively charged atomic nuclei that it encounters.

    As a side note, strangelets are supposed to only occur in conditions of high pressure and (relatively) low temperature, like inside of a neutron star.

    1. Re:Some info about strangelets by ShavenYak · · Score: 4, Informative

      All matter is made up of combinations of quarks, usually either in pairs (mesons), or trios (baryons).

      Bzzt. Not all matter. Electrons, positrons, and neutrinos, and their respective muon and tau counterparts, are all in the lepton family and do not consist of quarks. Not to mention bosons (photon, gluon, W, Z) but those shouldn't count against you because they aren't typically thought of as constituting matter.

      --

      Hey kids, there's only 5 days left 'til Yak Shaving Day!
  65. Spontaneous human combustion? by Phosphor3k · · Score: 5, Funny

    Maybe this is finally a scientific reason for spontaneous human combustion?

    1. Re:Spontaneous human combustion? by aWalrus · · Score: 3, Interesting
      Why was the parent moderated funny? I think it's interesting instead. I though about spontaneous combustion too when I read the article and saw some of the posts. There are enough documented cases of human combustion to at least give some credence to the phenomenon, and this certainly sounds like something that could cause such an effect.

      There is a problem in that we don't know what the likelihood of one of these particles hitting earth is (much less of it hitting a person). The study registers very few cases, but it can hardly be said to be very extensive or conclusive (or even correct).

      Anyways, when new, previously unknown phenomena is theorized or observed, it is always a good idea to look for prior evidence or see if it can explain other things, even if they were at some time dismissed as lunatics' ravings. An excellent example of this can be found in this recently posted article about a theory that would provide a reasonable explanation to the accounts of witnesses that said they heard sounds produced by meteorites instantly (when they saw them).
      --

      --
      Overcaffeinated. Angry geeks.
    2. Re:Spontaneous human combustion? by Phosphor3k · · Score: 1

      I was being serious too =\

    3. Re:Spontaneous human combustion? by Jboy_24 · · Score: 5, Interesting

      I believe that in most cases 'Spontanious Human Combustion' it has been shown that the person died from a slow burn of their fat in an oxygen depleted atmosphere. Most = 99%.

      In these cases, the person was always

      a) alone
      b) in a closed room
      c) smoking or near a lit fire
      d) either intoxicated to the point of unconciousness or already dead from natural causes
      e) Mildly to Fully Obese
      f) Room has heavy waxy soot on ceiling or high points of the wall

      In fact because of the extremely high rate of intoxication among the victums it was thought at one point they died from the alcholol in the blood stream combusting.

      What happened really was:
      a) Person passes out
      b) Cigarette or Fire catches clothing on fire
      c) Due to lack of oxygen fire become a slow burn
      d) fat from body melts from fire
      e) clothing uses molten fat as fuel, ie a human candle

      While the heat is strong at the point of the burn, it doesn't turn into a huge fire, thus the lack of damage to other features in the room.

      THus, in the end, no Paranormal activties needed.

    4. Re:Spontaneous human combustion? by SEWilco · · Score: 1
      The energy release is more than that of a stick of dynamite in your body, so this actually is an explanation for "spontaneous human explosion".

      I think that would have been noticed more, and there would be a few more witnesses per event, than with combustion reports. And the evidence wouldn't be left in a tidy pile.

    5. Re:Spontaneous human combustion? by Izmunuti · · Score: 1

      There are enough documented cases of [spontaneous] human combustion to at least give some credence to the phenomenon

      I don't know of any documented cases. There are cases some have attributed to spontaneous human combustion that can be explained with an external ignition (cigarette, fireplace, etc.) and slow candle-like burning of their body fat. See the entry from The Skeptics Dictionary.

      From other posts, it seems reasonable that getting hit by one of these things would do some damage -- equivalent to setting off a few grams of high explosive along the path of the object, but why would it be any more likely to trigger SHC than any number of other violent ends one could meet? Getting hit with large-caliber bullets, or setting off kgs of explosives strapped to one's body don't seem to do the trick so why would quark matter do it?

      If SHC were a real phenomenon, militaries would have probably developed weapons to exploit it long ago. SHC-catalyst-tipped bullets? Yikes.

  66. Larry Niven. by RatBastard · · Score: 3, Informative

    It was Larry Niven. And his microscopic killer was a quantum black hole. And it was the tidal effects of the tiny piece of matter that killed the guy.

    --
    Boobies never hurt anyone. - Sherry Glaser.
    1. Re:Larry Niven. by Anonymous Coward · · Score: 0

      I just heard some sad news over the sub-ether quantum communicator--Sci Fi/Fantasy writer Larry Niven was found dead in his Massachusetts home this morning. There weren't any more details. I'm sure everyone in the Slashdot community will miss him--even if you didn't enjoy his work, there's no denying his contributions to the theory and practice of time travel and teleportation. Truly an American icon.

  67. Since it's Quark ... by Anonymous Coward · · Score: 0

    1) Profit.
    2) Profit.
    3) Profit.
    4) Profit.

    Or is that Microsoft?

  68. Yeah right. by Anonymous Coward · · Score: 0

    This sounds an awful lot like sci fi to me. Yes, the existence of strange quarks has been confirmed experimentally. But you will _never_ find a particle containing strange quarks that lasts more than the tiniest fraction of a second. At least not in low energies like the ones here on earth. Some speculative theory about what might happen in the core of a collapsed star explains nothing about what happens when strange quarks encounter normal matter (protons and neutrons). That question was answered a long time ago when physicists discovered the basic properties of quarks - this strange matter should simply decay into ordinary matter. If you read the article, you will notice that it is short on scientific understanding and even shorter on expert commentary. There is a single quote, by a scientist who is not even a physicist but rather a seismologist, and this one quote is a prime example of an absolutely noncommital answer. This particular article needed some work.

  69. Re:Imagine.. Lemiwinks! by Spackler · · Score: 1, Offtopic

    Lemiwinks, Lemiwinks, your journeys almost done!

  70. So, what they're really saying... by KC7GR · · Score: 1

    ...is that the quakes were just a quark of nature?

    (C'mon, I couldn't let that one go, even if it means losing karma points!)

    --

    Bruce Lane, KC7GR,

    Blue Feather Technologies

    1. Re:So, what they're really saying... by Anonymous Coward · · Score: 0

      Here's an even better headline:

      QUICK, QUEER QUAKES A QUARKY QUIRK OF NATURE

      -ac

      goddamn lameness filter...goddamn lameness filter...goddamn lameness filter...goddamn lameness filter...goddamn lameness filter...goddamn lameness filter...

  71. Quark matter is in fact so heavy by e_n_d_o · · Score: 2

    each pound of it weighs over 10,000 pounds.

    (Yes, this comment is a rip-off, but it's my favorite Farnsworth quote :))

    1. Re:Quark matter is in fact so heavy by tutal · · Score: 1, Troll

      sorry, that is impossible. weight is weight. maybe use a mass or volume / weight relationship and that might work. just a physics nerd who can't stand those kind of analogies

    2. Re:Quark matter is in fact so heavy by Anonymous Coward · · Score: 1, Funny

      >>> whoooooooosh >>>>
      [your head]

  72. of all th freakin luck... by lyapunov · · Score: 2

    I thought it would suck to be one of those unlucky sots that get struck by lightening. Can you imagine how much your day would suck if the gods of quantum physics decided to smite you with one of those bad boys.

    --

    Either give it away or get top dollar, but never sell yourself cheap.
  73. Your name would live forever by ehiris · · Score: 4, Funny

    If it could actually do damage to you, you'd enter the guiness book of records for being the most unlucky complex of proteins in the universe.

  74. It it really is a Quark Express.. by PaleBoy · · Score: 1

    ...than that would mean that the only thing it couldn't permeate would be a Mac running OS X :)

    --
    ------ What's sadder than realizing you've filtered out your own comments?
  75. Auggh! by djaxl · · Score: 1

    "Check it out:"

    Augghh! Two pieces of quark matter passed through my screen right after "Check it out", obliterating two pixels in a eerie colon-like formation. Confound you, Slashdot!

  76. Re:Well...... by ShavenYak · · Score: 1

    I don't think there'd be a sonic boom. Something the size of a cell isn't going to displace much air.

    --

    Hey kids, there's only 5 days left 'til Yak Shaving Day!
  77. quark@home? by TarPitt · · Score: 5, Interesting
    They looked at more than a million records collected by the US Geological Survey between 1990 to 1993 that were not associated with traditional seismic disturbances, such as Earthquakes


    These guys could use some help. Here's my idea: Put the information on line, distribute a client to analyze it. Surely the possibility of a quark collision is at least as good as finding an intelligent signal from another planet?

    --
    If your children ever found out how lame you are, they'd murder you in your sleep
  78. Re:I don't think so. by Valdrax · · Score: 1

    6 of 10 spatial dimensions are "compactified" and only exist on the sub-atomic scale.

    --
    If it's for-profit but free, you're not the customer -- you're the product (e.g., the Slashdot Beta's "audience").
  79. Watch out ... by zummit · · Score: 1

    ... duck!

  80. Paired seismic events by Subcarrier · · Score: 1

    We're not talking about Pamela Anderson, are we?

    --
    "I have opinions of my own, strong opinions, but I don't always agree with them." -- George H. W. Bush
  81. Is quark really that heavy?! by Anonymous Coward · · Score: 0

    Everyday,there is something new to learn about ferengis.

  82. Where was the KaBoom? There was supposed to be by funwithBSD · · Score: 2, Funny

    an Earth shattering KaBoom!

    That pesky Earthling has stolen my Strangium-238 Space Modulator!

    Seriously, any one read David Brin's Earth?
    Maybe they only winged us.

    --
    Never answer an anonymous letter. - Yogi Berra
  83. Yeah! Just imagine. by Anonymous Coward · · Score: 0

    Yeah, imagine if it were to hit a person, or a plane, or imagine if it hit a nail, just so, and drove it all the way to China.. Can you imagine that? Unimaginable!

    You should imagine all you want, but stop just short of posting. You might have a vivid imagination and all, but when you post, you come across as an idiot.

    And to think, I burned my last mod point this morning. Pity.

  84. Deep theory, little weight by mao+che+minh · · Score: 2

    I find it difficult to formulate a serious theory about an event by relying on exotic (hence unproven) strangelets surrounded by electrons (which is what these so called nuclearites are/should be/may be), going on little more empirical evidence then activity on seismographs. I do not accept that SQM (strange quark matter) baryons, should they even exist, would have slammed into one side of the Earth and came booming out of the other with little more evidence then slight quakes.

  85. This could explain a lot of things by Perf · · Score: 1

    JFK, RFK, and Marilyn killed by strange quarks. Teddy's car knocked into water bay a quark. Missing Watergate tapes. Dangling chad.

    Since they are remastering the JFK does Dallas film, maybe the we can do like they do on CSI: zoom in by a billion and see the quarks.

    Dunno - A friend in college had the best conspiracy theory yet - Teddy found out John and Robert were sleeping with Marilyn. When she turned him down, he had all 3 killed.

  86. Um... no shit... by Guppy06 · · Score: 1

    "A spec of strange Quark matter the size of a human cell is said to be so dense that it could weigh a tonne!"

    The same can be said for neutrons or protons or anything else that isn't an atom. Because, as we all (should) know by now, atoms are mostly empty space.

    Nothing to see here, move along...

  87. ...in other news... by Keebler71 · · Score: 1

    In other news, Slashdot fanatics are slaving over the data trying to find a link between the catastophy caused by these strange quarks and Microsoft.

    --
    "It takes considerable knowledge just to realize the extent of your own ignorance." - Thomas Sowell
  88. Re:I don't think so. by archen · · Score: 2, Funny

    he's using 11th dimentional math where you just make up whatever the fuck numbers you want. It's said that even U.S. school students pick up math pretty easily there.

  89. Pardon my conversion deficiency.. by Anonymous Coward · · Score: 0

    How much is 2200 US pounds in British pounds?

    1. Re:Pardon my conversion deficiency.. by Cyno01 · · Score: 1

      How many furlongs in a fortnight?

      --
      "Sic Semper Tyrannosaurus Rex."
    2. Re:Pardon my conversion deficiency.. by packeteer · · Score: 2

      You are using two different types of measurement. Thats like saying how many hours in a mile.

      --
      unzip; strip; touch; finger; mount; fsck; more; yes; unmount; sleep
    3. Re:Pardon my conversion deficiency.. by Cyno01 · · Score: 2

      sorry, misquoted simpsons, i really should know better Homer: Watch, I'll ask it how many leagues in a furlong. from AABF22 - Brother's Little Helper

      --
      "Sic Semper Tyrannosaurus Rex."
  90. Antarctica by _ph1ux_ · · Score: 2

    Good thing I dont live in Antarctica! Ill stay here in good 'ol safe US of A! Keep them quarks south of the equator.

  91. Alien Semen? by SHEENmaster · · Score: 1

    Maybe this is finally a scientiffic reason for spontaneous human impregnation?

    --
    You can't judge a book by the way it wears its hair.
  92. Re:I don't think so. by Xerithane · · Score: 1

    6 of 10 spatial dimensions are "compactified" and only exist on the sub-atomic scale.

    I was aware (thank you Michio Kaku) but it was just a funny (incorrect) way of writing it out.

    --
    Dacels Jewelers can't be trusted.
  93. The Big Question... by beaverfever · · Score: 1
    The big question about this quark matter is:

    is it compatible with OS X yet?

    ba-dum-dum!

    thank you - good night!

  94. So where is it? by bokmann · · Score: 2

    So, they know an approximate mass, they can guestimate how fast it is moving, and from the location of the Earth at that time, they know a relative position in the solar system.

    Is this thing moving at an 'escape' velocity from our solar system? Is it in orbit around the sun like a comet? Can we calculate that orbit and see if it might hit us again?

    If these things are so common that they found 2 events in 3 years worth of data, why don't we see buildings occasionally cruble as if hit by a missile?

    1. Re:So where is it? by Anonymous Coward · · Score: 0

      Voyager's escaping from the solar system, yes?

      I imagine the quark whatzit is going a teensy bit faster.

      Now if we can just figure out how to use these things to power spaceships. :)

    2. Re:So where is it? by Dyolf+Knip · · Score: 2
      Is this thing moving at an 'escape' velocity from our solar system? Is it in orbit around the sun like a comet? Can we calculate that orbit and see if it might hit us again?

      Uh oh. The sun's escape velocity is 618 kps. This thing was doing around 400. Which means it may still hanging around. But the solar system's gravity fields are chaotic enough that it might get lucky and be slingshot away.

      So, they know an approximate mass, they can guestimate how fast it is moving, and from the location of the Earth at that time, they know a relative position in the solar system.

      Yeah, it'd behave just like any other piece of mass in the solar system, the only differences being that it's pretty much impossible to see and that when it hits something it doesn't go 'splat'. We _could_ make tentative guesses about where it'd be at any given time, but without additional positional data the potential for error would grow quickly.

      --
      Dyolf Knip
    3. Re:So where is it? by Dyolf+Knip · · Score: 2

      Hmmm, maybe not. 618 kps at the sun, but only 42 kps out at Earth orbit. Probably long gone by now.

      --
      Dyolf Knip
    4. Re:So where is it? by Anonymous Coward · · Score: 0
      The research paper mentioned the galaxy's "viral velocity", whatever that is. From a glance on the web, I think a star cluster/galaxy has an average velocity based on its mass. So our galaxy's virial velocity is an average velocity...and the researchers used that number simply because it's an average.

      Maybe we do see buildings sometimes get hit, but we think there was a gas explosion, or a structural member failed (yup, warping a steel girder as something goes through seems like a reasonable reason for a failure), or the heat triggers a fire which hides a lot.

      However, you need to get out of the city more often. There's A LOT OF ROOM out there. In most cities, a half-hour drive will either get you to the edge of the suburbs or in farmland. And it's several hours of driving to the next major city (the BosWash megalopolis doesn't count -- but drive west rather than north/south...or get a boat and go east).

  95. Re:I don't think so. by Anonymous Coward · · Score: 0
    He's obviously better than we are. He does his math in hexadecimal.

    Oh, wait. I thought that was for computer scientists. ;)


    Fen would be so proud...

  96. Further proof! by HtR · · Score: 1

    I remember that day! I stepped on a scale, and just for a second the dial spun rapidly before it settled down. It must have been a quark passing through me! I think it may have left an extra 20 pounds behind too!

    --
    Have you tried turning it off and on again?
  97. Get your stories straight... by NanoGator · · Score: 2

    "Quark Matter Blamed for Paired 1993 Seismic Events"

    Quark visited Earth in the 40's, not the 90's. There's no way he altered history in such a way that it'd cause seismic events 50 years later!

    It's a good thing I watch a lot of TV, I could have wasted time reading that stupid article.

    --
    "Derp de derp."
  98. Re:Surface Damage?/Nope by MrWinkey · · Score: 2

    What about a bullet wound?
    Small and clean going in.
    Big and messy going out.


    Ok first of all a bullet is designed to expand and release it's engery in the form of expansion. Thusly thats why they have little holes going in and big holes going out as the bullet expands and releases alot of it's energy. Bullets that have a full metal case do not leave big holes at all.

    The other thing is like many other people have brought up that this is smaller than the size of a cell and has the mass of of aprox 1 ton. I do not know how fast it is going but I saw a post that said 400k/sec. If it does not have enough frontal area or expansion ability (very small very dense) it will squish in and snap back on the surfance and thusly cause vibrations but the hole it would leave would be extremly small. It would also produce vibration as it traveld through the object and came out the other side but agian probably not do much damage.

    Like that weapon they had in the movie "eraser" was total BS. It fired a .22 of an inch projectile at near light speeds. The projectile will not expand and thusly will not release much energy. Merely punch straight through both sides and continue on untill the engery runs out.

    If I'm wrong please feel free to correct me/discuss it.

    --
    Vote early. Vote often. Vote CowboyNeal.
  99. Re:I don't think so. by Guppy06 · · Score: 5, Funny

    " As a mathematician I'm usually very spectical of ..."

    "Usually there is some problems..."

    Whether or not you're a mathematician is debatable, but I'm pretty sure you'll never get confused with an English major. You have some "specticalular" problems with subject/verb agreements...

    "There is almost no experimental proofs for quantum field theory."

    Psst! You're a mathematician. You're supposed to be satisfied when the equations work out. Experimental proof is something done by... well... physicists.

    "And there is no reasonable argument for the choice of 11 dimensions (1 time, 10 space, 6 compactified)."

    Forget the funky math you just did, if you made up new math functions as often as you made up new words ("compactified?"), you'd be the next Newton.

    "can by explained much easier due to the fact that several cohomology groups of the Yang-Chibara manifolds are simple and the remaining ones freely generated."

    Dude! Paramount is looking for you! They need you to help write the next Star Trek series!

    "The other well known phenomena of earth core oszillations"

    We're off to see the wizard! The wonderful Wizard of Osz!

  100. Re:I don't think so. by Anonymous Coward · · Score: 0

    Dunno about his arguement, but the 6 compactified ones would come out of the 10 spatial dimensions (think of them as dimensions rolled up like tiny straws, so that you have very restricted movement within them).

    That gives you 1 time & 10 space (6 of which are compactified).

    OTOH, how do we have 4 spatial dimensions now? I thought it was 1 time & 3 space. Heh, I guess I do understand that crack about being a mathematician, heh :)

  101. Heavy? by Anonymous Coward · · Score: 0

    He ain't heavy, he's my boson...

  102. Re:Hey math wizards... by lugonn · · Score: 2
    ...I noticed you math wizards spewing out formulas n shit, but the only way to measure how much energy your absorbing from the quark passing through you is to measure it's speed before and after passing through you. If it sails through you, without losing velocity or mass, it wouldn't be transfering any kinetic energy into you, so it wouldn't do a thang (i.e you wouldn't feel it).

    When you get hit by a bullet, you absorb most of the kinetic energy carried by the bullet, so it tends to rip you apart. Your body structure is too dense for a bullet to pass through without energy loss, not true for a quark. If this quark had slowed down signifigantly or stopped in the planet, then it's energy would've been transfered into the planet, resulting in a 50kt blast (i.e. Second Impact, har). But it sailed right through, so we didn't feel much.

  103. action must be taken by binarybum · · Score: 1


    Well, now that we know where the blame lies isn't it time to take action? Has anyone alerted president Bush or at least drafted some bills that could prevent this from happening in the future? Shouldn't we at least take the now-standard precaution of stripping citizens of their liberties at least until a more oppressive solution can be devised?

    --
    ôó
  104. Re:I don't think so. by Anonymous Coward · · Score: 0

    You say 11k +23m where k is a natural number and m is a positive integer. Wouldn't a math major know that natural numbers are, by definition, positive integers and word that statement appropiately? This is a very basic definition that many high school students are familiar with and any first year math major will know by heart.

    If you want to try to impress people with vocabulary you don't understand, you should start by using the vocabulary that most people know correctly.

  105. Re:I know the real cause....the Chinese by RandomHavoc · · Score: 2, Funny
    They were trying to knock the Earth out of orbit again by jumping up and down all at the same time.

    Damn Chi-Comms!

    --

    --
    But then again I thought VCR+ was a stupid idea and would die a quick death--so what do I know?
  106. I need some glasses by racerx509 · · Score: 1

    I looked at the headline and it looked like
    "Quake Matter Blamed for Paired 1993 Seismic Events"

    Man, they're blaming videogames for everything these days

    --
    13 year old white supremacists are shitty web designers.
  107. Comment removed by account_deleted · · Score: 1

    Comment removed based on user account deletion

  108. those ferengis by Anik315 · · Score: 1

    they make some funky shit

  109. Re:I don't think so. by Majik · · Score: 1

    Yang-Chibara are 6 dimensional entities that I believe arise from superstring theory...
    If I remember right=P

    --
    Nick Lange nick.lange@SPAMTASTIC.hushmail.com
  110. Quark Schmark it was the Stargate crew..... by poo203 · · Score: 0

    shifting a planetary body into another space time dimension so that it would pass through the earth.....

  111. Re:If this thing punched a hole through the Earth. by spectecjr · · Score: 2

    ...then why doesn't the Earth whistle as it spins?

    Two reasons:

    1. It's in a vacuum. It may be whistling, but you just can't hear it because there's nothing to transmit the sound.

    2. Would you feel like whistling if you'd just had a hole punched through you?

    Simon

    --
    Coming soon - pyrogyra
  112. Quagma? by Dyolf+Knip · · Score: 2

    How do they know it's quark matter? Why not micro-black-holes or a chunk of neutronium? They may be right, but I'm just curious as to how they narrowed this peculiar effect down to this even more peculiar cause. Large quarks are, to my knowledge, no more or less theoretical than micron-level singularities or thimble-sized pieces of neutronium.

    --
    Dyolf Knip
  113. we are doomed by Anonymous Coward · · Score: 0
    that is all.

    ha ha ha

  114. Statistically Speaking by mnmn · · Score: 2, Interesting


    Think of the probability bell curve. If we can have such quark matter of that size pass through even once a millennium, we should have enough smaller samples per hour that we can detect with all the equipment looking at the skies. The giant Kamiokande and Sudbury detectors would surely detect even tiny quantities of quark clumps, should I dare say single quarks? No the skies have been clear of such powerful thingies unless a single quark can cause earthquakes, THEN we can say the chances of them hitting the earth are so small, that we only had one in 93.

    Secondly there have been enough earthquakes in earth-quake recorded history that we can expect almost simultaneous quakes sometime. The source that emitted even one quark of that much power towards us is likely a stellar event, sending more than one of these quarks or quarklumps. We should have had a series of earthquakes just like the leonids.

    Thirdly, as I imagine tiny centers of enormous gravity, me thinks it should really break the rigid structure of rocks and other crystal-like things. Say we have one tonne of mass, on how much area should we put it to have enough pressure to crush rocks?? I think a little under a square inch. Therefore a little circle of this ballpark size can be discovered (assuming the material was about a tonne's worth of mass. If more, we get lucky with a bigger powdery circle). The circle would be dark with a burn and so easily noticed. Then again, shockwaves would move enough earth (if the can cause an earthquake)to form little mound circle.

    This is just one of those junk pieces of news that get media attention since the physics behind it is so beautiful and believable. The publics appetite is wet for major scientific discoveries after a centurys bullish discoveries and a decade's slump.

    --
    "Give orange me give eat orange me eat orange give me eat orange give me you." -Nim Chimpsky
  115. here's an explanation by SHEENmaster · · Score: 4, Interesting

    It's like saying f'(x) = df/dx is 0 because df is almost zero... you are neglecting the very important fact that dx is almost zero too.

    Not really, he is saying that while the things have a hell of a lot of momentum (3e11 Newton seconds) it's impact area would be incredible small (smaller than a hydrogen atom in diameter) so it would just blast through a person without transfering its momentum to more than the cells it went through. So when it exits the individual it has left a wake, but a small one because of its incredible velocity.

    This isn't billiards, where a ball transfers all its momentum to another, and it isn't like an ice burg where the oil station must be obliterated for passage. At 3e8 m/s it would pass through a meter of flesh in 1/3e8 seconds transfering energy to a few cells with very little mass themselves.

    That's why he didn't think it would significantly damage a person. The Earth was both dense enough and large(volume) enough to take the blast.

    --
    You can't judge a book by the way it wears its hair.
    1. Re:here's an explanation by Anonymous Coward · · Score: 0

      At 3e8 m/s it would pass through a meter of flesh in 1/3e8 seconds transfering energy to a few cells with very little mass themselves.

      I think that treating this as a kinetics problem is somewhat oversimplifying the situation. Subatomic particles don't hit cells in the same way that a hammer would since you don't have two piles of electons, protons and neutrons interacting electrostatically but a single subatomic particle interacting with a disperse pile of other subatomic particles.

      It's safe to assume that perfect collisions don't occur at this level (otherwise very high-speed elections/protons/neutrons become quarks, think about it), and that the earth-distorting effects are due to something that's not a simple kinetic energy transfer phenomna.

  116. Re:I don't think so. by Anonymous Coward · · Score: 0

    Archimedes Plutonium?

    Is that you?

  117. There's a fix by Anonymous Coward · · Score: 0

    "You could tell them it, and they'll remember as long as it's in their short term memory, but a few seconds later, it'll be gone, because the fruit naming call-up function got crushed by a blood clot."

    This is what happens when you don't model the objects correctly.

    Personally, I'd use struts in this case to implement the MVC design pattern

  118. a whole new problem twist by Anonymous Coward · · Score: 0

    i could just iminagine

    george w. saying

    "wow isnt toy story great, i wish i had a gun like woodies. dick i want a pistol like woody but it has to be the most powerfull pistol EVER."

    and behold some scientists in area 51 making g.w. a strange qurark matter gun.

    so slashdot whats more dangerous guns in the hands of children, or guns and missles in the hands of ol' g.w.

  119. This event obviously was a precursor by WayTooOldForThis · · Score: 1

    to those cool spiders in British Columbia.

  120. remember? by hpavc · · Score: 1

    this all sounds like the theory of how TWA flight 800 was brought down, though that was by a meteor people say. http://twa800.com/news/twa800-news.htm

    --
    members are seeing something, your seeing an ad
  121. Not true by Anonymous Coward · · Score: 0

    My cousin got hit with one of those. Knocked him flat on his tail and left him talking silly ... but not much worse than before he got hit.

  122. Detection ended in 1993 by Dr.+Cody · · Score: 1

    Why did their records of "unassociated" events cease in 1993? Is "'unassociated' event" their euphemism for "possible nuclear test"?

  123. This Just in... by fimbulvetr · · Score: 0

    We are sorry for the confusion, but it turns out it was just my mother-in-law that caused this.
    We can all go home now, nothing to see here.

  124. Seismic events by iamacat · · Score: 1

    Then how come it shakes the earth when it passes through? I think you would definitely get mangled!

  125. celestial bodies by SystematicPsycho · · Score: 1

    The planet saturn is so dense it could float in a tub of water if the tub was large enough. A neutron star otoh the size of a tennis ball weighs the planet of the earth.

    --
    Analytic & algebraic topology of locally Euclidean meterization of infinitely differentiable Riemmanian manifold
  126. Who mods these things anyway? Bah, interesting. by Anonymous Coward · · Score: 0

    Um, the particle is moving at ~450km/hr. Light is moving ~300,000 km/s. Anywhere you look in the sky, that is gone now. That was there many thousands or millions of years ago.

    Not to mention the fact that we don't know what gravity forces it was exposed to outside of our solar system, and if they are even relevant.

  127. Re:I don't think so. by exp(pi*sqrt(163)) · · Score: 1
    I know Yang-Mills and Yang-Baxter but I have no recollection of Yang-Chibara. It sounds like a plausible name but I'd expect at least one reference to Chibara at arxiv.org if it were for real.

    I think you mean Calabi-Yau manifolds. Typically 6D Calabi-Yau manifolds are used to describe the 'compactification' of 10D manifolds down to 4D in Superstring theory.

    --
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  128. Well, it's about time. by Knunov · · Score: 2

    El Niño was getting sick of being the scapegoat.

    Knunov

    --
    Why do users with IDs under 100,000 or over 700,000 usually have the most worthwhile comments?
  129. Alternate Title by Anonymous Coward · · Score: 0

    What theoretical physicists are willing to propose for funding

  130. Probably not... by E-Rock · · Score: 2, Informative

    If this were the case, then a bullet would only leave a bullet sized hole in things. Even shooting an empty paint can with a .22 leaves a MUCH bigger hole on the way out.
    I'd guess with that amazing amount of mass (F=M*A) it's mess you up pretty bad. Like gooey pile of what used to be you bad.

    1. Re:Probably not... by foniksonik · · Score: 3, Interesting

      Nope cause bullets are traveling very very very slow compared to the speeds these are supposedly traveling, remember they say something like 250 miles per SECOND not per hour.

      This would go through you soo fast your body wouldn't even have a chance to react much less explode, etc. The internal combustion thing is the only possibility here for damage... just from the shere amount of friction heat generated as it passed through you.

      --
      A fool throws a stone into a well and a thousand sages can not remove it.
    2. Re:Probably not... by Swaffs · · Score: 3, Interesting

      Bullets leave a bigger hole on the way out because they're (usually) made of lead, which is soft, and they get mushed and expand as they travel through the object. A bullet that has gone through something doesn't look anywhere near the same as it did before it was fired.

      --

      --
      "Karma can only be portioned out by the cosmos." - Homer Simpson [1F10]

    3. Re:Probably not... by stinky+wizzleteats · · Score: 2

      Bullets leave a bigger hole on the way out because they're (usually) made of lead, which is soft, and they get mushed and expand as they travel through the object.


      The expansion effect certainly adds to cavitation, but it doesn't necessarily cause it. Military ammunition (FMJ) is designed specifically not to expand because of the terms of the Geneva Convention, but a 7.62mm FMJ will still make quite a mess out of you.


      I don't know the math on the effects of overpressure waves created by cell-sized projectiles, but being blown inside out by a bullet weighing as much as a car deeply disturbs me (no pun intended).

  131. gravitational effects? by Anonymous Coward · · Score: 0
    The BBC article said

    The so-called strange quark matter is so dense that a piece the size of a human cell would weigh a tonne.

    My college physics is rusty, but here goes. If the radius of the nugget is 1 micron, and its mass is one tonne, then I calculate the surface gravity to be 66700 m/s, or 6670 gees

    It seems to me that a gravitational acceleration that large would do a lot of damage to you, as the nugget passed through your body.

  132. Re:I don't think so. by Anonymous Coward · · Score: 0

    Ok, so where's the 4th spatial dimension?

  133. There has been a case of this happening before by DJ+FirBee · · Score: 1

    The results were not pretty. Suffice to say that Spinal Tap now has a NEW drummer.

  134. A question I haven't seen asked by DFossmeister · · Score: 1

    Why did the USGS stop measuring these uncorrellated events after 1993? It seems like a good source of interesting information to me...

    DFossmeister

    --
    No Not Again! Its whats for dinner.
  135. South OF Australia? by Agronomous+Cowherd · · Score: 1

    Given that Antarctica is about the *only* thing south of Australia, there is a very good chance that the quark entered *and* left from Antarctica.
    Maybe in some quirk of physics and multidimensional quantum physics doohikory it entered and left the SAME PLACE at a different time. Or wqas it the same time at a different place? :)
    Where's my cat? is it alive?:)

    1. Re:South OF Australia? by seangw · · Score: 1

      If it were the same time, different place, then wouldn't there only be a difference in distance, not the .72 seconds between entrance and exit?

    2. Re:South OF Australia? by Graff · · Score: 2
      If it were the same time, different place, then wouldn't there only be a difference in distance, not the .72 seconds between entrance and exit?

      Yes, if it was the same time, different place. It is not though, what is happening is that the object was traveling faster than the speed of sound in the earth. Thus the object enters and leaves the earth faster than the wave can propagate. To a seismograph, this would appear to be a long fault along the entire path the object took, rather than as a series of points along the path.

      So the object enters the earth and leaves fractions of a second later, but all we see is a shock wave emanating along the entire path of the object. There is both a difference in time and distance for the entrance and exit points.
    3. Re:South OF Australia? by Graff · · Score: 2
      Given that Antarctica is about the *only* thing south of Australia, there is a very good chance that the quark entered *and* left from Antarctica.

      There is quite a bit of water between Australia and Antarctica. The closest points between the two (actually from Tasmania, an island, to Antarctica) are approximately 24 degrees latitude apart. This translates to about 1660 miles between the two.
  136. One for the X-Files by NewsWatcher · · Score: 1
    Unfortunately, scientists may not be able to find any more events that suggest the passage of strange quark matter through the Earth.
    In 1993 the US Geological Survey stopped collecting data from "unassociated events."


    Mulder: Gee Skully, we're getting close to the truth, all we need is one more piece of data from an unassociated event and we can prove aliens are pulling the strings that ultimately control the earth's major climatological events and in effect control us all.


    Skully: Don't be ridiculous Mulder these events are simply random firings of strange Quark matter that shoot through the earth at 400 km/sec without leaving a trace.

    --
    If the pattern goes 9am, 10am, 11am, why isn't noon 12am?
  137. It's true! by Anonymous Coward · · Score: 2, Funny

    Sounded funny to my until I got all my records out and looked at them, a hole exactly through the center of every one of them!

  138. Calculate its orbit and find it! by Caractacus+Potts · · Score: 2


    Given its past location, velocity, and heading, we could get a rough idea of what its orbit is like. Then, someday, when the second Dark Age ends and Science is rediscovered, we can launch an array of SQUID (superconducting quantum interference devices) sensors to find it.

  139. That should have been "without great damage"! by tgv · · Score: 1

    Why didn't I use the preview button???

  140. Danger to Man? by Anonymous Coward · · Score: 0

    What is the frequency of these beasts?

    Is there a danger to a human? And if so, how would we be able to detect it was a strange quark and not any other cause?

  141. well it does explain by Tablizer · · Score: 0, Troll

    what happend to Mr. goat.se

    1. Re:well it does explain by Anonymous Coward · · Score: 0

      It also explains your 'troll' mod :-)

  142. Re:This has to be the most...... by Anonymous Coward · · Score: 0

    I think it would be comparable (on a small scale) to a toothpick going through a mapletree

    er, no - it would be comparable to something rather very much smaller than a quark going through a mapletree, i think.

  143. Re:I don't think so. by jbrandon · · Score: 1
    Forget the funky math you just did, if you made up new math functions as often as you made up new words ("compactified?"), you'd be the next Newton.

    I'm neither a mathematician nor a physicist, but I study mathematics, and I can tell you that "compactified" is a real math word, that real mathematicians use.

    Your other technical dismissal is also foolish. You should

    Search

    The

    Fucking

    Web

    Just becuase you don't understand it doesn't mean that it's bullshit.
  144. LMC? (Re:So where did it come from?) by mattr · · Score: 2
    IANA Astrometrician, but I attempted to roll back time in the free software Celestia and sneaking up on the Earth and wagging it back and forth, it sure looks like it would have been coming from the Large Magellanic Cloud, a galaxy 180,000 light years away due south. The LMC made a big hit in the news for the stunning supernova discovered there in 1987.

    Really there was no point in rolling back time at all, with the accuracy we're talking about it seems obvious that this ancient quark traveler would likely have been guided toward us by the graviational lens that is the mass of the LMC. That, or some unknown process in the LMC could conceivably have generated the strange stuff. Of course at a velocity of only .0015c it would have passed the LMC around 120 million years ago.

    It seems pretty hard to say where it came from especially with this one piece of information, but we might very well be in for some surprises if we get enough seismic data in the future to plot against the COBE map!

    Some interesting links here.

  145. Something like that happened to Homer by Anonymous Coward · · Score: 0

    ...Simpson, he had a crayon stuck up his nose & he's fine.

  146. Re:This has to be the most...... by Anonymous Coward · · Score: 0
    Something to think about eh?

    Yeah, if you live in your parent's basement with nothing else to do.

  147. What about a black hole? by p3d0 · · Score: 2

    Does anyone know why this has to be strange quark matter, rather than a small black hole passing through the Earth? Is it because a black hole that small would explode from Hawking radiation?

    --
    Patrick Doyle
    I mod down every jackass who puts his moderation policy in his sig. Oh, wait a sec....
  148. Imagine..on the back of an envelope by SEWilco · · Score: 1
    Well, the BBC article mentions the energy released is like that a 50-ton nuclear bomb (why nuclear? 50 kilotons of dynamite won't do?), spread along the entire path through the Earth.

    OK, so you can figure out how much energy per kilometer, then per meter, and you can estimate the seismic energy released as it passes through your body -- perhaps 1/10th or 1/3rd of a meter.
    50 kiloton / 12,756 km diameter = 3.9 Ton/km
    3.9 Ton/km / 1,000 = 0.0039 Ton/m
    0.0039 Ton/m * 2,000 pounds/Ton = 7.8 pounds/m
    7.8 * 0.1 = 0.78 pounds of dynamite per 1/10th of a meter.
    So if it hits only 1/10th of a meter of you, it's like three-quarters of a pound of dynamite.

    But that is seismic energy, the energy of movement. That will tell you the effect of the shock wave due to moving faster than the speed of sound in your bag of dirty water, and a little of that will be a push against you. Although a shock wave inside you is interesting, if you look at the research report, you see that seismic energy is perhaps 0.01 of the energy released (maybe a larger fraction) -- the rest is heat. You might get burned rather than just shaken, as the heat energy will be more than that 0.78 pound of seismic energy.

    1. Re:Imagine..on the back of an envelope by the+bluebrain · · Score: 1

      One thing I was trying to work out was the difference in materials. Think of it this way: a hypodermic needle is definitely way bigger than a single cell (otherwise it wouldn't be possible to draw blood through it), and yet it slides through flesh like butter (often even painlessly, because the network of nerves is actually quite coarse).
      On the other hand, try to slide it through rock, and you won't get very far. Assume an indestructable needle, and you would get through, but it would take a lot of energy.
      One thing I can't work out is bone, but I would estimate that especially compared to rock, it's really quite splooshy as well. The other thing is the speed ... basically, when somethng hits a body, then depending almost exclusively on the consistency of the body, it absorbs a certain amount of energy. The speed merely affects how the absorbtion tales place.
      Imagine the following: push a nail firmly against a heavy wooden board. Depending on how the board is held / framed, you might just break the frame, or splinter the board. If you shoot the nail at the board, however, you may very well simply punch a hole in the board without much affecting anything else. The amount of energy absorbed by the board will certainly not be identical for the two cases, but it will be approximately in the same ballpark. Now figure a supersonic nail, and the board will probably be punched through, leaving a clean hole.
      In the situation described in the article, I figure that someting even the size of a hypo (on end, not sideways of course) may well pass through a body without causing much damage. Anything as small as a cell, you may not even notice. And the speed would mean that as you say, the energy would be absorbed almost exclusively in the form of heat.

      Anyway: what I'm saying is that a human body would absorb far, far less energy from a body passing through it than a similarly sized section of rock, because the "sack of dirty water" is very soft, not at all resillient, tastes faintly of pork, and goes very well with Fava beans and Chianti.
      (Sorry - all this talk of human bodies ... it was either Mr. Lecter or pr0n :)

      --
      yes, we have no bananas
    2. Re:Imagine..on the back of an envelope by SEWilco · · Score: 1
      Yes, the density of water is 1.0 g/cc, while that of the entire Earth is 5.5 g/cc.

      So if the number of molecules is about 1/6th less, rather than a seismic energy similar to 0.6 pound of dynamite, it would only be 0.1 pound. 0.1 pound in 10 cm... I still think your arm wouldn't handle one-tenth of a stick of dynamite very well -- and that's just the seismic energy, which should be less than the heat created.

  149. A whole hell of a lot. by SEWilco · · Score: 1
    Look at my comment above (subject "Imagine...on the back of an envelope").

    The energy released as it went through your head would be more than that of one pound of dynamite. Shock wave and heat. Possible effects are left as an exercise for the reader.

  150. Artificial Gravity? by raindrop#1 · · Score: 0

    If these strange quarks are so dense would I be right in thinking that a relatively small collection would generate a significant gravitational field? And, if so, could you - theoretically - coat the bottom of a space station with them thus creating artifical gravity? Or is that just silly - I am not a physicist after all...

  151. Re:If this thing punched a hole through the Earth. by Anonymous Coward · · Score: 0
    Would you feel like whistling if you'd just had a hole punched through you?

    No, she just hums happily all day.

  152. Hitting your head by jamiethehutt · · Score: 1

    I think there wouldnt be much damage, if it passes thru the earth it goes thru a couple of km of rock, if it passes thru your head it goes thru 15cm of squishy easly moved stuff.

    I dont think it matters that much what damage it causes, its ether neglagable or its totaly killer. if its neglagable so what? if its totaly killer your not going to notice....

  153. Ho mch dose a tonne weih? by Anonymous Coward · · Score: 0

    I wnat to knoe!

  154. Re:I don't think so. by Guppy06 · · Score: 1

    "I'm neither a mathematician nor a physicist, but I study mathematics, and I can tell you that "compactified" is a real math word, that real mathematicians use"

    Just because mathematicians happen to use a word doesn't make it "real." Mathematicians have the nasty habit of making up new words in order to make equations easier to read out loud.

    If you make something smaller, you compact it, not "compactify" it.

  155. Quite a whole hell of a lot. by Anonymous Coward · · Score: 0

    The average density of the Earth is 5.5 g/cc (http://www.encyclopedia.com/html/section/earth-pl _TheGeologicEarth.asp) and assuming that flesh is around that of water (1 g/cc) it would be easy to say that there is a 11/2 ratio.

    But this does not realy work out correctly. The energy transfer is not based on mass, but on friction. This has more to do with number of particals that bump into one anouther.

    The question should be how many atoms will this Strangelet push out of the way as it travels through something. The best way to think of this is a one ton atom (the size of a cell) playing supersonic bowling with all the other atoms in its path.

    Yes, that would have to be the best way of describing it. Take a one ton wrecking ball, shrink it down to the size of an amoeba, and fire it out of a gun at supersonic speeds. anything soft and squishy would instantly be vapor as every atom in its path gets accellerated beyond Mach 1.

  156. Re:I don't think so. by jbrandon · · Score: 1

    If you make something smaller, you compact it, not "compactify" it.

    Compactification adds points to a space, but makes it compact, which is a technical term quite distinct from "small."

  157. Don't blame the editors by LafinJack · · Score: 1

    If the *story submitters* would do the research and the searches before they even clicked the Submit button, the editors wouldn't have to deal with repeats. But of course, we all hate the editors (don't we?), so we must blame them instead!

    --
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    a limited edition
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  158. voyager by krel · · Score: 1

    does anyone remember the omega substance from startrek voyager?

    --
    karma: ouch!
  159. You're right, of course (was: Re:Imagine.. [...]) by the+bluebrain · · Score: 1

    Heh. (So much for "empathic" physics).

    SEWilco - I screwed my head back on now - thanks for the enlightenment.

    --
    yes, we have no bananas
  160. Last Post! by alpg · · Score: 1

    > Is there any hope for me? Am I just thick? Does anyone remember the
    > Rubiks Cube, it was easier!
    I found that the Rubiks cube and Linux are alike. Looks real confusing
    until you read the right book. :-)
    -- seen on c.o.l.misc, about the "Linux Learning Curve"

    - this post brought to you by the Automated Last Post Generator...