Basil J. Hiley: Aspects of Non-commutative Geometry: Deformation Quantum Mechanics (EmQM17)

Basil J. Hiley (University of London, UK) about "Aspects of Non-commutative Geometry: Deformation Quantum Mechanics" at the Emergent Quantum Mechanics 2017 (EmQM17) Symposium sponsored by the Fetzer Franklin Fund at the University of London (UK).

EmQM17 was the 4th International Symposium about Quantum Mechanics based on a "Deeper Level Theory".

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© Fetzer Franklin Fund

FETZER FRANKLIN FUND:

[InterfaceGuhy]

Absolutely love how the last chapter of the video is titled "Where am I". Props to the intern for some subtle humor

[Achrononmaster]

@23:35 "the Bohm momentum is smoothing out the Feynman zigzag." Sounds to me like Bohm is going in the wrong direction then. The essence of foundations of QM is to explain the Feynman fractal paths, not smooth them away. If you asked me, not that anyone should, the ER=EPR conjecture is your deeper explanation: entanglement structure is wormhole structure, and that's how you get wild "zig-zag" paths, in fact through the flat space Minkowski approximation the paths will not even be connected when there are wormhole jumps. Bohm's whole "implicate order" can then be seen as unnecessary mysticism and is just a hand-waving way of avoiding an explanation in terms of closed timelike curve (wormhole) structure near the Planck scale.