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Message Subject
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Scientists Reach A Temperature Lower Than Absolute Zero
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Poster Handle
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Anonymous Coward |
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that's what I would say.
also, entropy is a thermodynamic process. when you examine the subject of "entropy" and its effects, such as temperatures near absolute zero, degrees of entropy, energy states, etc. you see that entropy IS thermodynamics.
the rest of thermodynamics we think of, such as what makes refrigerators work, ice thaw, heat of combustion, etc. is entropy on a gross scale.
it's all entropy.
but "time" is a function of entropy. time is driven by entropy. entropy makes time happen. without entropy changing, there is no time progressing.
we can conclude that when the total entropy of a system is zero, there is no time.
but when "total entropy"=zero, "temperature"="absolute zero", and there is no time. therefore it is a barrier. it is impossible to go lower than absolute zero because time has stopped- the same mechanism that limits the speed of light.
what are the implications? what more can be deduced?
bang those rocks together!
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