Stefan,
You are in the great majority. But 'weak measurement' statistical analysis can't compare single pairs, so has to make assumptions. Caroline identifies, as I did, that they make the wrong assumption. THAT is the 'mud', as the data from the few 'time resolved' experiments showed (despite the fact that what was reported was 'consistent with the theoretical expectation'!) See my post a few mins ago to Georgina below.
Thanks for identifying the 'incompleteness' of the summary description. I agree it could be misread. However I suggest the point is correct; That 'Non-Locality' arises from the apparent logical necessity for B's finding to be somehow DEPENDENT instantaneously on a decision of A, due to some unidentified form of 'entanglement'. (If you disagree with that do please explain your own beliefs).
I also identified the same flaws in the Weighs experimental analysis that Caroline also identified in the others. Weigh's also identified the 'rotation' from his (electro-optic) 'analyser' (with voltage change in that case) but was focussed in the 'instantaneous A/B choice' timing issue so just excluded it from theoretical analysis as it would have made nonsense of accepted theory.
I assume then you have no argument with the rest of my summary and derivation of the Cos^2 distribution (which being geometrical is clearly sound) and employs the NLS equation and current quantum optics. That then satisfies Bell's expressed expectations, including;
"The quantum phenomena do not exclude a uniform description of micro and macro world...systems and apparatus." p.171.
"a real synthesis of quantum and relativity theories requires not just technical developments but radical conceptual renewal." p172.
"Professional theoretical physicists ought to be able to do better." p.173.
Of current QM; "We differ only in the degree of concern or complacency with which we view...the intrinsic ambiguity in principle of the theory."
also; "..the 'Problem of Interpretation of QM' has been encircled. And the solution, invisible from the front, may be seen from the back. ..The nonlinear Schrodinger equation seems to me to be the best hope for a precisely formulated theory..." p.194.
Shocking I know, but the 'discrete field' based model I outline is then in line with both Bell and Einstein's views, and employs coherent logic. Interestingly it also supports Bohr's Copenhagen view and von Neuman's 'meter' (the detector's role) and retains a reduced gauge element of Heisenburg uncertainty. My previous (2nd scored) essay showed how the Born rule was met.
But please do keep throwing any apparent falsifications you can find at it!
Peter