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Originally Posted by Qfwfq
No.
To the contrary, at absolute zero you don't have the disorder of thermal agitation, yo have low entropy. A perfectly isolated physical system has maximum entropy when all energy is of purely thermal nature and all at the same temperature. From that point you couldn't use a thermal engine to change any of the energy into mechanical or other organized forms, you certainly couldn't lower the temperature at all, let alone to absolute zero.
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Yes I see Qfwfq; I continually misinterpretate the meaning of Entropy. So let me rephrase my comments; When the universe has reached it's final stage of evolution, and entropy is at it's maximum, thermally homogenious, will it then eventrually cool to absoulute zero? And if it is uniformly at absoulute zero, wouldn't this still be at a maximum state of entropy because in this closed system there would exist no place within it where a disparity of thermal agitation could exist?? Whether at 3 degrees Kelvin or at 0 degrees Kelvin, if it is thermally homogenious, wouldn't it still be at maximum entropy??
