Why not emergent QED?
My thesis is that electro magnetic effects along with quantum behaviour emerge from large amplitude GR monopole wave interaction in the high memory regime.
So its basically a recipe for QED.
What is the biggest problem in the accepted QED? The renormalization problem. So lets look at how to solve it with my emergent sonon like gravity system.
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John W Bush – hydrodynamic quantum field theory - John discusses how gravitational waves might be the mechanism for pilot wave mechanics.
Consider Only General Relativity - Every old style, Newtonian theory in modern physics – which is all of them except General Relativity, do not fit well with GR itself. This is curious, as for instance the Dirac equation, the Standard Model, QM, QFT all work well with each other (hence the Standard Model). In an attempt to unify everything else […]
Quantum statistics in Bohmian trajectory gravity - T C Andersen 2019 J. Phys.: Conf. Ser. 1275 012038 – 9th International Workshop DICE2018 : Spacetime – Matter – Quantum Mechanics Abstract. The recent experimental proposals by Bose et al. and Marletto et al. (BMV) outline a way to test for the quantum nature of gravity by measuring gravitationally induced differential phase accumulation over the superposed paths of […]
Gravitation finally meets Quantum Mechanics in experiments - I think that the biggest news in a while in quantum mechanics is newly forming ability of experimenters to do quantum experiments with gravity. A fine example of an experiment already done is Phase Shift in an Atom Interferometer due to Spacetime Curvature across its Wave Function by Asenbaum et al. They conclude: Therefore, the phase shift […]
GR = QM – Susskind & I agree :) - So Leonard Susskind publishes a paper on arXiv Dear Qubitzers, GR=QM Which of course is what I have been saying all along. Of course Susskind’s paper is actually ‘of course’ not about QM emerging from GR, which is what I believe, and have good reason to follow up on. Instead Susskind says: Dear Qubitzers, GR=QM? […]
Andersen, T. C. on ORCID
General Relativity 