Hi Percy,
It is true that I asked if quantum physics applied at the macro level. It's also true that I thought that the mathematics of fantastic quantum improbabilities were an acceptable belief in quantum physics. My high school physics teacher,
Laurence N. Wolfe, explained quantum improbability to the class. His example was there being a very small probability for all the air molecules in the classroom suddenly moving in the direction of the west wall of the room, knocking it down. I also read that same concept in George Gamow's well-known book,
Mr Tompkins Explores the Atom. That link lists some favorable reviews.
A review by SCRIPTA MATHEMATICA said, "Science students will find it worth while for it is definitely a good supplement to a modern physics textbook."
A review by SCIENTIFIC AMERICAN said, "Will vastly fascinate the whimsical, and is also entirely scientific."
If there are physicists that disagree with the claims about fantastic quantum improbabilities, then that would be a side issue to the question that I'm asking here. For the sake of brevity, I wish to assume the affirming view to be correct. The opinions of dissenting physicists could be the subject of another thread, if you like.
My single question then is, given that some physicists might be correct, that fantastically improbable quantum macro events can happen, would quantum theory be consistent with the theory of devolution and the postulate that the fossil record was caused by a single, fantastic, global flood catastrophe?
I suppose that I could separate the theory of devolution from the flood postulate but it does relate directly to the fossil record and interprets it.
Ultimately however, I'd like to know if the improbability quantum postulate is consistent with the flood postulate. That's a fascinating postulate. Evolutionists readily admit to ancient catastrophes all over the planet. And geologists teach multiple mega-floods as scientific fact. Hopefully I will learn what indisputable fact prevents all these multiple mega-floods and disasters from being simultaneous events.