Kevin,
Thanks for you reply (27th) & links, which I'll look up. I discussed 'Beables' with Ian Durham. He seemed locked into his own ideas but I've given it a last shot - see post below. Actually I really hope YOU may be able to help!?
P
.....
Ian,
My Feb 24 post outlines the classical mechanism in the essay.
I'm saying that if we start with the Maxwell/(Poincare Sphere) 4 momenta state for electrons and the pairs (rather than 'no' assumption or superposed 'singlet' states) then with a simple momentum transfer ('measurement') mechanism, the entire tranche of QM predictions and findings can be reproduced with classical mechanics & modern photonics.
As a good scientist I'm sure you won't let shock or cognitive dissonance make you dismiss the concept or run and hide. The computer plot confirms the result, so the question is, as an expert, can you identify where the mechanism may be 'wrong' or what it 'misses'?
The key to EPR resolution is that A,B polariser field directions are reversible, and the 'measurement' on interaction is either 'SAME' or 'OPPOSITE' vector (then an amplitude pair subject to y,z axis ellipticity on orthogonal axes).
So if we have A,B +,-, either can reverse setting angle to get A,B +,+ or -,-. Cos distributions are implicit in the Poincare sphere (as I show), applied a 2nd time at the photomultiplier. In between +1,-1 are then Bayesian distributions, so 'undecidable' at 90o.
So beyond a local interference range NO 'action at a distance' is required to explain the outcomes!!
This is such a leap of understanding it needs an acknowledged expert to either falsify or confirm it. Not that difficult a task!
Very best
Peter
PS. Do contact me direct, on; pj.ukc.edu@physics.org