DrChinese's latest activity

Since the recent thread on Bohmian mechanics (BM) is now closed, I open a new thread in which I want to explain something that bothers...

What about the case where the measuremtns on A and D are done, the particles no loger exist and only then B and C are measured? This a...

Through this point, there is no issue. There are rules associated with theory. Entangled systems follow some different rules. That's...

And I say it can't. Now, I've quoted actual experiments that describe the orthodox quantum theory and its well-accepted and confirmed...

@Demystifier: Your attempts to deny the obvious by language twists surprises me. You're a Bohmian, and yet you find it difficult to...

Norsen absolutely says B changes: "If particle 1 goes up, the collapse suffered by the CWF of particle 2 (on the left) causes it to go...

We have agreed that when A's spin is measured, entangled B is instantaneously and nonlocally updated. Entangled spin/polarization...

1. Everything theoretical we discuss is ideal conditions. So I'm gonna say that you should agree with this: If Bob rotates his...

Yes, completely agree with everything you say. But that isn't my question at all. My question is: When B's spin component (let's call...

This was my Q2: ...if A and B now have specific static values for their H/V polarization, does that also imply their other polarization...

Ummm, from his post #42: DrChinese (quoted): Is there then a Pilot wave still affecting the B spin observable Demystifier: Of course...

Norsen's NO is correct. See my post #67 (and my posts #61 and #62 that it refers to). If you mean anything else in the universe other...

You’re disagreeing with Demystifier’s comment, not mine. And yet again to quote Norsen on this point: "One of the particles will...

My simple problem: a) Can anything Bob does prior to measurement nonlocally affect B? Because Norsen clearly says NO. (Again, see his...

1. The point I am making: the Pilot wave cannot affect B's spin after A is measured. Anything that goes on in the rest of the universe...