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Noncommutative Quantum Biology as nonlocal micro-wormholes, ER=EPR Spooky Action at a Distance Force
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"a bit of a black hole microscopic black hole lasting of course but couldn't we
model this particle say as if it were a micro black hole that would be on the other side in
space and time besides which should be on the other side so here I do not go into the details....an object could say almost cross and it's not good to say hollow because it's a micro universe welcome it's a part it's a particle that has potentialities, memorization and organization of information yes I cut you that's what I know what I wanted to try to ask you the notion of precisely what it was in relation to the dose" Jean Charon
From: Jean Bricmont
Date: Fri, May 26, 2023
Subject: Re: Virtual particles are not just mathematical fiction
Hi,
I don’t know much about virtual photons, but it is true that books on QFT or relativistic QM never mention the collapse, which is presented as an axiom in ordinary QM books, because that collapse is nonlocal and thus not easy to treat relativistically. In fact QFT predicts accurately the results of scattering experiments but ignores what happens between t=-infinity and t=+infinity and never discusses AFAIK EPR type situations.
Best regards,
Jean
Jean Bricmont
Sun, Jun 4,
to me
The problem is that, AFAIK, what he is talking about has no experimental verification, like wormholes. What is really successful are the predictions of scattering data.
Jean
model this particle say as if it were a micro black hole that would be on the other side in
space and time besides which should be on the other side so here I do not go into the details....an object could say almost cross and it's not good to say hollow because it's a micro universe welcome it's a part it's a particle that has potentialities, memorization and organization of information yes I cut you that's what I know what I wanted to try to ask you the notion of precisely what it was in relation to the dose" Jean Charon
From: Jean Bricmont
Date: Fri, May 26, 2023
Subject: Re: Virtual particles are not just mathematical fiction
Hi,
I don’t know much about virtual photons, but it is true that books on QFT or relativistic QM never mention the collapse, which is presented as an axiom in ordinary QM books, because that collapse is nonlocal and thus not easy to treat relativistically. In fact QFT predicts accurately the results of scattering experiments but ignores what happens between t=-infinity and t=+infinity and never discusses AFAIK EPR type situations.
Best regards,
Jean
Jean Bricmont
Sun, Jun 4,
to me
The problem is that, AFAIK, what he is talking about has no experimental verification, like wormholes. What is really successful are the predictions of scattering data.
Jean
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