Summations Only

Psychoanalysis of the opposing side is not necessary. Let us take a good piece of solid evidence.There is far more Helium than Deuterium in certain collections of matter free of stellar contamination. The Big Bang model says that this material is left over from before the first stars formed and the Big Bang model predicts the that there must be more Helium than Deuterium in this pre-Stellar matter. In fact the Big Bang model can't be tuned to avoid this prediction, it provides one simple way to falsify the model. However the model predicts the correct result.So, there is far more Helium than Deuterium in certain collections of matter free of stellar contamination, why is this so in your model/opinion?

Could we have some predictions of the Buzsaw model? For example what is the predicted red shift of distance galaxies. That is, why in your model are the light spectra of some galaxies red-shifted?

Oh!, no worries Buz, whenever you're ready is fine, so take your time.

You are correct, entropy is a statistical quantity used in statistical mechanics. Hence it is possible, no matter how large the system is, for there to be fluctuations where the entropy decreases.The larger the system the smaller the fluctuations, so unless the system is very small these fluctuations are extremely rare and ignoring them is an excellent approximation (the second best approximation in science). Usually we make the mathematical approximation of making the systems infinitely large, in that limit entropy always increases. So we usually work with this infinite volume limit of statistical mechanics, which is thermodynamics. So in thermodynamics entropy always increases, but in statistical mechanics one only has a (very strong) tendency.