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I agree with your points above. But it will be much more illuminating if you jump to my post...

Yikes! I'm reaching back to post #1 in this thread!! 1. To be clear: The Bohmian spin observable - let's just call it spin - is some...

This point is actually quite interesting to me. From a theorerical perspective, is there a difference between Victor measuring on the...

Yes, Ma's apparatus cannot perform a measurement in the basis ##\{\Phi^+,\Phi^-,\Psi^+,\Psi^-\}##. But since runs with measurement...

1. No difference at all. 2. That is true for Ma (2012), yes, but is changing. The current experimental record is at least 57.9%. A...

1. This looks pretty good, Morbert. :smile: And it is consistent with Ma Fig 1. So on the H/V basis there is same 1 and 4...

More great questions. It's amazing how quickly a few words here or there can point in different directions without me realizing it. 1...

It may be helpful to simply jump to the bottom for the summary. :smile: 1. ##\Phi^+## generally yields opposite Alice/Bob correlation...

I understood Alice and Bob are measuring on the HV basis. If you look at Ma Fig. 3, a (which is ##\Phi^-##) - there is correlation. You...

Note that the outputs you call "HV,VH" can also be labeled "|Ψ−>, |Ψ+>" since these are the other 2 Bell states. These cannot, however...

Wow Morbert, nice work. I need you to come over and do a few of these for me. - First graph (Alice/Bob "same basis"): I agree. -...

FYI: As it happens, photons carrying time stamp information (usually arrival time) can be distinguished - even if otherwise...

1. I also use the term "mutually unbiased bases". Here I used the other term, although they are not precisely the same. 2. Good...

Any 4 independent events can be modeled as any permutation of any 1, 2, 3 or 4 of them. I think you are smart enough to take it from...

In the Bohmian view, since spin is an observable but not an independent property of an electron: The parallel to the Ma experiment...