On Tuesday, August 26, 2025 at 1:12:13 PM UTC-6 John Clark wrote:

On Tue, Aug 26, 2025 at 12:27 PM Alan Grayson <[email protected]> wrote:
 

*>>>> I know I'm being pedantic but it's actually "entropy for a closed 
system can *almost* never decrease".*


*>>> I don't claim to be an expert in thermodynamics, but I did take a 
course in that very subject, and I recall quite clearly that your revision 
of the 2nd law is false.*

 

*>>You're certainly correct in saying that you're not an expert in 
thermodynamics because what you say in the above is 100% wrong. The second 
law of thermodynamics is a statistical law and therefore can only provide 
probabilities not certainties, *

O
*> Classical Thermodynamics is NOT a statistical theory, and the 2nd Law is 
NOT a statistical law. Maybe you're thinking of Statistical Mechanics. AG*


*Statistical Mechanics is able to give us an explanation of WHY the second 
law says entropy *almost* never decreases. There are astronomically more 
disorderly states than orderly states but they are not infinitely more, and 
that's what would be required to move from overwhelmingly unlikely to 
absolutely impossible.  *

*John K Clark    See what's on my new list at  Extropolis 
<https://groups.google.com/g/extropolis>* 


*Does E have a maximal value under statistical mechanics? If not, the 
initial state at the BB could have any E without posing a problem. On the 
other hand, if E has a maximal value, it could be so high that the universe 
would never reach that level in its lifetime. Again, no problem IMO. On 
another issue, since you're now interested in WHY answers, can you explain 
how a point particle, a photon, with zero width, can manifest a wave 
property with finite width? If not, then your stretching model for photon 
redshift makes no sense. AG* 

4e7

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