PeterDonis's latest activity

Note, though, that you have to do postselection of the data from the A and D measurements regardless of whether A and D are measured...

Is the word "spurious" really justified here? After all, when B and C come together just before ##t_2##, B is entangled with the A...

If particles no longer exist, then something else absorbed their energy, momentum and quantum information. For example, a photon is...

I don't find anything objectionable (at least at first impression) in what Norsen says. But do note that he says "statistics" for a...

And you say this despite not understanding what BM actually says. That's enough. I am closing this thread for moderation, so that other...

He says that B's future trajectory after A's measurement is affected. He does not say that B's current position at the time of A's...

Can you give a link?

What makes you think this is even a valid concept in textbook models to begin with? You say you have reviewed the literature. Can you...

While BM is indeed referred to in the literature as ##\psi##-ontic, it's very different from other such interpretations, because, as has...

No one has ever told you otherwise. Indeed, the PF rules that you signed up to when you joined tell you that you should provide links to...

I don't think that plays any role in BM.

Yes, that's true, but the effective wave function, as your slides note, is what determines future trajectories, so that's the one that's...

The wave function that describes the quantum system being modeled. That would be particles A and B (and C and D in the entanglement...

From the latest DESI data release papers, the w0waCDM model fits the data best. I found it enlightening to look at the H(a) equation...

I'm not sure I agree. The velocity change is due to the effective collapse of the wave function because of the measurement of A, which...