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Noncommutativity is not byproduct of infinitesimal spacetime translation: QFT is a wrong foundation
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"David Chester May, 26, 2023 Dear Drew, Okay, now we are getting somewhere. You are claiming that "transition frequencies" that Heisenberg studied in the Ritz-Rydberg combination principle are better understood with nonlocality. ...Okay, I see your point now. Once again, I think the term "noncommutativity" within itself is too vague, but I understand better the way in which you are using it. ".....
"noncommutativity of infinitesimal spacetime translations" is not true noncommutativity. "Connes' noncommutative geometry is a little different,...Noncommutativity itself is math and is vague for physics" - Quotes from David Chester, Ph.D. email reply to me, Wed, May 24, 10:39 PM.
I disagree with David Chester and so does Professor Basil J. Hiley. "However non-commutativity is deeply ingrained in quantum phenomena and is not, in my opinion, “only mathematics”... It is a very different approach which is based on an exploration of non-commutative geometry, in the same spirit of Alain Connes but using more physical intuition." - quote from Professor Basil J. Hiley to me: Wed, Feb 23, 2022. "It is really deep stuff which moves us well away from the way physics is normally presented." Sun, Sep 25, 2022, email reply to me from Basil J. Hiley
Quantum Physics Professor Jean Bricmont Explains how de Broglie-Bohm nonlocality Debunks Quantum Field Theory: Choosing My Poison of Quantum Biology as noncommutative nonlocality
Jean Bricmont
(8 hours ago)
to me
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
Professor Jean Bricmont on Richard Feynman and quantum field theory:
Professor Jean Bricmont: "Look, I'm sorry if I have to bring in this picture... but here is a simulation of trajectories in the de Broglie-Bohm theory...You can perfectly have a theory where each particle as a position at all times and there's only one trajectory. There's a set of trajectories, depending on initial conditions, you can have different trajectories for different realization of the same experiment. But you see, the Feynman Path Integral is extremely misleading. Because Number One, maybe not important, but Number One, it doesn't make any sense mathematically. It's not a well-defined object, it's not a measure, it's not a complex measure, it's just a formal, it's a mathematical trick, like the Feynman diagrams, by the way, allowing you to remember, to sort of write formally the solution of Schroedinger's equation. But this is equivalent to Schroedinger's equation - there is no path - because it takes all the paths - there's no reason to believe that - there's no evidence for that. You never find any tunneling in two places at the same time. It's only because you introduce the "collapse rule" - the problem of the "collapse rule" is the direct contradiction with Schroedinger's Equation, including Schroedinger's equation applied to the measuring device. So, why not admit that there's a problem rather than saying everything is OK? I think there's a problem and I think there's a solution. But if you don't agree with my solution you should admit that there's a problem, and a problem within physics, rather than drawing philosophical conclusion which I think are mistaken, from physics." "There is a real drawback in ordinary quantum mechanics. It works perfectly well and my view is that it works perfectly well because of the de Broglie-Bohm theory underlines it. But if you don't agree with that then one should admit that there is a serious defect with the contradiction with Schroedinger's Equation and the Collapse rule." 49:00 minutes in. thanks, drew hempel
"I think there is something sick in our profession which I have always fought against which is the refusal to accept that there are problems with quantum mechanics... and in general to accept 'shut up and calculate.'"
Jean Bricmont's emphasis on debunking idealism and that quantum physics and physics in general has turned away from the "real world" and it's "all about information" is particularly poignant considering our accelerating ecological crisis in the real world as a byproduct of the wrong classical physics (and wrong interpretation of quantum physics!). thanks
"noncommutativity of infinitesimal spacetime translations" is not true noncommutativity. "Connes' noncommutative geometry is a little different,...Noncommutativity itself is math and is vague for physics" - Quotes from David Chester, Ph.D. email reply to me, Wed, May 24, 10:39 PM.
I disagree with David Chester and so does Professor Basil J. Hiley. "However non-commutativity is deeply ingrained in quantum phenomena and is not, in my opinion, “only mathematics”... It is a very different approach which is based on an exploration of non-commutative geometry, in the same spirit of Alain Connes but using more physical intuition." - quote from Professor Basil J. Hiley to me: Wed, Feb 23, 2022. "It is really deep stuff which moves us well away from the way physics is normally presented." Sun, Sep 25, 2022, email reply to me from Basil J. Hiley
Quantum Physics Professor Jean Bricmont Explains how de Broglie-Bohm nonlocality Debunks Quantum Field Theory: Choosing My Poison of Quantum Biology as noncommutative nonlocality
Jean Bricmont
(8 hours ago)
to me
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
Professor Jean Bricmont on Richard Feynman and quantum field theory:
Professor Jean Bricmont: "Look, I'm sorry if I have to bring in this picture... but here is a simulation of trajectories in the de Broglie-Bohm theory...You can perfectly have a theory where each particle as a position at all times and there's only one trajectory. There's a set of trajectories, depending on initial conditions, you can have different trajectories for different realization of the same experiment. But you see, the Feynman Path Integral is extremely misleading. Because Number One, maybe not important, but Number One, it doesn't make any sense mathematically. It's not a well-defined object, it's not a measure, it's not a complex measure, it's just a formal, it's a mathematical trick, like the Feynman diagrams, by the way, allowing you to remember, to sort of write formally the solution of Schroedinger's equation. But this is equivalent to Schroedinger's equation - there is no path - because it takes all the paths - there's no reason to believe that - there's no evidence for that. You never find any tunneling in two places at the same time. It's only because you introduce the "collapse rule" - the problem of the "collapse rule" is the direct contradiction with Schroedinger's Equation, including Schroedinger's equation applied to the measuring device. So, why not admit that there's a problem rather than saying everything is OK? I think there's a problem and I think there's a solution. But if you don't agree with my solution you should admit that there's a problem, and a problem within physics, rather than drawing philosophical conclusion which I think are mistaken, from physics." "There is a real drawback in ordinary quantum mechanics. It works perfectly well and my view is that it works perfectly well because of the de Broglie-Bohm theory underlines it. But if you don't agree with that then one should admit that there is a serious defect with the contradiction with Schroedinger's Equation and the Collapse rule." 49:00 minutes in. thanks, drew hempel
"I think there is something sick in our profession which I have always fought against which is the refusal to accept that there are problems with quantum mechanics... and in general to accept 'shut up and calculate.'"
Jean Bricmont's emphasis on debunking idealism and that quantum physics and physics in general has turned away from the "real world" and it's "all about information" is particularly poignant considering our accelerating ecological crisis in the real world as a byproduct of the wrong classical physics (and wrong interpretation of quantum physics!). thanks
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