Dr. Szasz said:
“The entropy connects somehow the average quantities of macrostates with the microstates properties.
YES; we may say something like, “the sum of the entropy
of the microstates is nearly conserved in the macrostate.”
E.G., the entropy of a container of water has nearly the
same entropy as the sum of the partial entropies of the
water’s microstates. This, I suggest, substantiates ALL
atomistic type theories.
I haven’t a clue as to what the entropy of radiation is,
but only that it is accompanied by an increase of the sum
of the entropies of the microstates; part or all of the
entropy qualified by the second law of thermodynamics….
But I see good reason to believe that the opposite
happens; that radiations decrease the total entropy; but
it can’t be both ways, can it? So I am rightly confused
and torn between two extremes on this radiation matter.
The connection is therefore “conservation”, a symmetry,
- This reply was modified 5 years ago by Bill Eshleman. Reason: symmetries give rise to conservation laws