Finally. A good question.Didn't you think I'd see what you did there? YOU referred to information entropy while in your quote Weaver discusses the useful information in a deliberate communication (not genetics at all). As you know, the information entropy you keep referring to does not indicate usefulness, so EITHER you are talking about the entropy without reference to usefulness, OR you are referring to the usefulness of the information in getting naturally selected outside of the Shannon theory.
Enough dissembling: which one are you referring to?
Information entropy takes place at the transmission phase of communication of the cell because communication in the cell is a chemical process. That is also to say that the 2nd law is what insures that information entropy takes place.
Another way to say it is that entropy causes information entropy.
This just isn't true. There are discrete sending, transmission, and receiving events when the DNA is constructed in the gametes. Just because they are hard to see doesn't mean they aren't there.I answered ALL your questions line by line. This question was asked and answered a long time ago. But since you are repeating yourself, let me repeat myself:
Mutations happen and are an essential feature of the modern synthesis. There is not discrete a discrete transmission phase separate from a receving phase, so a better fit would be a receive-errorcorrection-transmit regeneration process in one go, as I have described already but you ignored.
And chemical processes are a heat transfer system.And while we are on ignoreg questions, are you aware that Shannon's theory shows that data transmission can have arbitrarily low error rates, so that the second law of thermodynamics does not apply to communications systems in general, but only to heat transfer systems?