| Literally the coolest place in the universe |
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| SnarfVader
That wind chill factor is a real biatch. |
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| ZAZ It is the only object found so far that has a temperature lower than the background radiation. The "lower limit" of temperature within our galaxy is quite a bit warmer, closer to 30K if I recall correctly. (I could be confusing that with how warm Earth would be without the sun; head flux from the interior would keep it warmer than starlight.) |
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| vossiewulf I knew about it when it was still warm. |
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| This About That Who took the picture? I'll bet that snow is fake. |
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| quatchi
It is the only object found so far that has a temperature lower than the background radiation. Obviously these scientists have never met my exGF, the Ice Princess. Seriously, snowmen would put on sweaters when they saw her coming. /Also: 2nd coolest place in the universe? //Inside a Tardis fridge. |
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ArkAngel ![]() Because the author felt no need |
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| Marcus Aurelius The coldest place known is inside the Boomerang Nebula. It is in the constellation of Centaurus, 5000 light-years from Earth Imagine that, we're way cooler than 99.999999999999999% of the universe. /oh yeah //we cool |
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| quatchi
Farking hipster Nebulae who think they're so cool, ya know I hate 'em. |
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| optikeye No, it's Ursa Minor Beta...so many swimming pools you need a bloody gondola to get about. And home to the offices of the HitchHikers Guide to the Galaxy. "although it is excruciatingly rich, horrifyingly sunny and more full of wonderfully exciting people than a pomegranate is of pips, it can hardly be insignificant that when a recent edition of Playbeing Magazine headlined an article with the words, 'When you are tired of Ursa Minor Beta you are tired of life,' the suicide rate there quadrupled overnight." |
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| SpikeStrip it was never underground, thus, never cool. QED |
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Tellingthem ![]() \I don't know, but I've been told... |
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| orbister
1K is nowhere near the coolest place in the universe. Lots of physics labs work down to mK levels. |
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| othmar
that is all i needed to know... no pay raise. okay. |
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| Deep Contact
Liquid nitrogen is cool to play with. |
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| starsrift
So... Portal to another dimension, then? |
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| Hilary T. N. Seuss
No, the coolest nebula is the Mutara Nebula, because revenge is a dish best served cold. |
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| Coming on a Bicycle
It's a place called the Boomerang Nebula, but you've probably never heard of it. |
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| Bhruic
Ugh. As if we have enough knowledge of the universe to be able to make such a claim. If they want to say the coldest that we've detected, fine. That's a supportable argument. Coldest, period is not. |
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| gregscott
Hmmm. It's the coolest place observed. If the observations of that type are x% of the universe, why do we think it's the coldest place in the universe, if x |
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| Gawdzila
Bhruic: Ugh. As if we have enough knowledge of the universe to be able to make such a claim. If they want to say the coldest that we've detected, fine. "The rapid expansion of the nebula has enabled it to become the coldest known region in the universe." That's exactly what they did say if you had bothered to RTFA, now stop being so annoyingly nitpicky :p |
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| gregscott
is less than 50% |
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sexorcisst
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| gregscott
We can nitpick headlines, and yet have read the article. |
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Trapper439
![]() Disapproves |
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Impasse
![]() "Oh cripes!" |
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| Bob Down
I never saw a nebula jump a shark |
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| Billy Bathsalt
Chez Bathsalt strangely unmentioned. |
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| sexorcisst
It would be cooler without the bow tie. |
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| Nick Nostril
How does it rank against Subby's cooter? |
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| mikaloyd Water Bears (tardigrades) could live through that for a couple of minutes. Temperature - tardigrades can survive being heated for a few minutes to 151 °C (424 K),[21] or being chilled for days at −200 °C (73 K), or for a few minutes at −272 °C (~1 degree above absolute zero) Radiation - tardigrades can withstand median lethal doses of 5,000 Gy (of gamma-rays) and 6,200 Gy (of heavy ions) in hydrated animals (5 to 10 Gy could be fatal to a human).The only explanation thus far for this ability is that their lowered water state provides fewer reactants for the ionizing radiation Outer space - In September 2007, tardigrades were taken into low Earth orbit on the FOTON-M3 mission and for 10 days were exposed to the vacuum of space. After being rehydrated back on Earth, over 68% of the subjects protected from high-energy UV radiation survived and many of these produced viable embryos, and a handful had survived full exposure to solar radiation. ![]() ![]() Water bears dont give a fark |
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| RobSeace |
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| INeedAName
So.... my problem with their entire site: "New Theory on Why Men Love Breasts" - 13k views "Did Hiker Film Bigfoot..." - 23k views WTF?! |
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| Rann Xerox |
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| Oscar_Madisons_cleaning_lady
It's far-out and cool, but is it groovy? |
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| MarthaStewart
Coldest place on earth: Link |
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| Kibbler
mikaloyd: Water Bears (tardigrades) could live through that for a couple of minutes. Temperature - tardigrades can survive being heated for a few minutes to 151 °C (424 K),[21] or being chilled for days at −200 °C (73 K), or for a few minutes at −272 °C (~1 degree above absolute zero) Radiation - tardigrades can withstand median lethal doses of 5,000 Gy (of gamma-rays) and 6,200 Gy (of heavy ions) in hydrated animals (5 to 10 Gy could be fatal to a human).The only explanation thus far for this ability is that their lowered water state provides fewer reactants for the ionizing radiation Outer space - In September 2007, tardigrades were taken into low Earth orbit on the FOTON-M3 mission and for 10 days were exposed to the vacuum of space. After being rehydrated back on Earth, over 68% of the subjects protected from high-energy UV radiation survived and many of these produced viable embryos, and a handful had survived full exposure to solar radiation. Water bears dont give a fark You just made my week. Fascinating. Thank you. |
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| QuantuMechanic
orbister "1K is nowhere near the coolest place in the universe. Lots of physics labs work down to mK levels." This. It takes only a few hours too cool instruments to well below 1 Kelvin. |
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| maxx2112
FTFA: The coldest place known is inside the Boomerang Nebula. It is in the constellation of Centaurus, 5000 light-years from Earth. Planetary nebulae form around a bright, central star when it expels gas in the last stages of its life. Grandma? |
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| taoistlumberjak
And when the region is finally colonized, Canadians still won't wear a jacket there. |
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| Spindle
QuantuMechanic: orbister "1K is nowhere near the coolest place in the universe. Lots of physics labs work down to mK levels." This. It takes only a few hours too cool instruments to well below 1 Kelvin. How do scientists go about cooling chambers to near AZ levels anyway? Obviously it's more than just good refridgerant. |
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| starsrift
taoistlumberjak: And when the region is finally colonized, Canadians still won't wear a jacket there. Man, the biatches from Ontario will. / stayed for a couple weeks with a family, and they kept telling me to put a jacket on // it was only -10, the nancies |
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| PirateKing
0 Farenheit = Unpleasantly cold 100 Farenheit = Uncomfortably warm 0 Centigrade = Chilly 100 Centigrade = Dead 0 Kelvin = Dead 100 Kelvin = Dead |
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| orbister
Spindle: How do scientists go about cooling chambers to near AZ levels anyway? Obviously it's more than just good refridgerant. You get low with liquid nitrogen. You get cold with liquid helium (I used to work with LHe and you soon get used to the idea of "warming things up" in LN2). You get a bit colder by pumping on the LHe - with a vacuum above it the boiling point falls to about 2K. They you splash out a lot of money, get some Helium 3 and liquefy that with your He-4. That gets you down to 1K at atmospheric pressure and a lot less (10mK? I stuck at 4.2K) when you pump on it. That's your limit with cryogenics. After that you need exotica like magnetic cooling. Magnetic fields align the atoms, that reduces the disorder, that reduces the entropy and that reduces the temperature. Or something like that. |
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| ronaprhys
ArkAngel: [upload.wikimedia.org image 611x709] Because the author felt no need So it's also a ghei nebula? |
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| machoprogrammer
orbister: After that you need exotica like magnetic cooling. Magnetic fields align the atoms, that reduces the disorder, that reduces the entropy and that reduces the temperature. Or something like that. Farking magnets, how do they work? |
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| orbister
machoprogrammer: Farking magnets, how do they work? Buggered if I know, and I did postgrad research in electromagnetism. |
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| Feral_and_Preposterous
mikaloyd: Water Bears (tardigrades) could live through that for a couple of minutes. Temperature - tardigrades can survive being heated for a few minutes to 151 °C (424 K),[21] or being chilled for days at −200 °C (73 K), or for a few minutes at −272 °C (~1 degree above absolute zero) Radiation - tardigrades can withstand median lethal doses of 5,000 Gy (of gamma-rays) and 6,200 Gy (of heavy ions) in hydrated animals (5 to 10 Gy could be fatal to a human).The only explanation thus far for this ability is that their lowered water state provides fewer reactants for the ionizing radiation Outer space - In September 2007, tardigrades were taken into low Earth orbit on the FOTON-M3 mission and for 10 days were exposed to the vacuum of space. After being rehydrated back on Earth, over 68% of the subjects protected from high-energy UV radiation survived and many of these produced viable embryos, and a handful had survived full exposure to solar radiation. [25.media.tumblr.com image 374x530] [www.newscientist.com image 600x467] Water bears dont give a fark The retardigrades are a completely different story; they're mobilizing against Ann Coulter. |
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| Allen. The end. mikaloyd: Water Bears (tardigrades) could live through that for a couple of minutes. Temperature - tardigrades can survive being heated for a few minutes to 151 °C (424 K),[21] or being chilled for days at −200 °C (73 K), or for a few minutes at −272 °C (~1 degree above absolute zero) Radiation - tardigrades can withstand median lethal doses of 5,000 Gy (of gamma-rays) and 6,200 Gy (of heavy ions) in hydrated animals (5 to 10 Gy could be fatal to a human).The only explanation thus far for this ability is that their lowered water state provides fewer reactants for the ionizing radiation Outer space - In September 2007, tardigrades were taken into low Earth orbit on the FOTON-M3 mission and for 10 days were exposed to the vacuum of space. After being rehydrated back on Earth, over 68% of the subjects protected from high-energy UV radiation survived and many of these produced viable embryos, and a handful had survived full exposure to solar radiation. [25.media.tumblr.com image 374x530] [www.newscientist.com image 600x467] Water bears dont give a fark My favorite animal! |
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| Allen. The end. orbister: Spindle: How do scientists go about cooling chambers to near AZ levels anyway? Obviously it's more than just good refridgerant. You get low with liquid nitrogen. You get cold with liquid helium (I used to work with LHe and you soon get used to the idea of "warming things up" in LN2). You get a bit colder by pumping on the LHe - with a vacuum above it the boiling point falls to about 2K. They you splash out a lot of money, get some Helium 3 and liquefy that with your He-4. That gets you down to 1K at atmospheric pressure and a lot less (10mK? I stuck at 4.2K) when you pump on it. That's your limit with cryogenics. After that you need exotica like magnetic cooling. Magnetic fields align the atoms, that reduces the disorder, that reduces the entropy and that reduces the temperature. Or something like that. Woah! That's...pretty hardcore! |
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| mercator_psi
Impasse: [images3.wikia.nocookie.net image 640x480] "Oh cripes!" "Ya godda dress for it dough..." /One of my fave eps of all time. OF. ALL. TIME. //Wants a sampo |
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