The Sound Phonons from the Silent Vacuum and the proton-electrostatics localization hypothesiss in quantum bioenergetics

The Aharonov-Bohm effect is quantitatively explained from elementary assumptions such as the Lorentz force, the Maxwell equations and the de Broglie-Einstein relations of wave mechanics.

https://link.springer.com/article/10.1007/BF02902775 

In such a view the quantum wave function of a moving free particle becomes a “beat frequency” produced by the relative motion of the observer with respect to the particle and its oscillating charge.

   Ruth E. Kastner:

de Broglie waves as the "Bridge of Becoming" pdf

 In many ways it seemed to be a new form of inner energy possessed by the particle, organising the flow lines in a novel way and suggesting a 'formative' cause rather than the traditional efficient cause.

....quantum phenomena emerged from a non-commutative phase space.

Quantum professor Basil J. Hiley, 2016: "Quantum Trajectories: Dirac, Moyal and Bohm"

 ...the concept of "mass" as an expression of the internal oscillations, the Lorentz transformation of the rest-frame solution to a moving frame, hence the transformation of internal frequency and rest mass, and the relation between the phase velocity (u) and the group velocity (v), viz., uv= c squared, all these results would not be possible without the hypothesis of internal oscillations. It is not necessary to imagine a particle guided or surrounded by a wave; a localized oscillating nonspreading solution is a quantum particle.

Asim O. Barut, Louis de Broglie and the Single Quantum Particle,  1990.

 Manfred Euler's 2013 description of acoustic STM - Scanning Tunnelling Microscopy builds on his previous connections between the quantum acoustic realms.  

"Universal coherence" - a "mind boggling outlook." Phase harmony in de Broglie theory relates a local periodic phenomenon (the 'particle clock') to a periodic propagating field in such a way that relativistic invariance is satisfied. If a similar phenomenon in the cell is relevant it should couple the global oscillation pattern locally with periodic (mechanic, electric, biochemical ???) processes.

2016: de Broglie clocks as synchronization: a tangible model of how mass emerges. matter waves are locally in phase with the superluminal particle clocks (de Broglie's Law of Phase Harmony). The clock runs forever so it's self-sustaining (consciousness-energy). It resonates with the quantum vacuum. The harmonic beats create dynamic energy. So then you have a "phase particle" that can be faster than the speed of light - superluminal - and a "mass particle" that is slower than the speed of light as the "group wave" of the "phase wave." The beats of the phase wave then are "in resonance" with the quantum vacuum - and so create mass from the massless field, explaining the Higgs mechanism.

what you're referring to is actually called the de Broglie-Einstein Relations. So it's quantum energy not classical. So it's Planck's Constant x frequency = mc(squared). The de Broglie-Einstein velocity equation then replaces momentum for mass and velocity. 

"The origin of charge is explained to result from a field of virtual phonons, having their source in the zero-point fluctuations of Planck mass particles bound in the vortex fragments...This requires that the force between Planck mass particles of equal sign is repulsive, but between those of opposite sign attractive. While the law for the conservation of energy is conserved during the collision between a positive with negative Planck mass particle of mass mp, the momentum fluctuates by Ap = mpc." 

 F. Winterberg

Scientists make sound-waves from a quantum vacuum at the Black Hole laboratory'

 sound particles, phonons, become audible to an accelerated observer in the silent phonon vacuum. The sound is not created by the detector, rather it is hearing what is there just because of the acceleration (a non-accelerated detector would still hear nothing).

 

 https://phys.org/news/2020-11-scientists-sound-waves-quantum-vacuum-black.html

 

 The spread of the ring polymer
representing each proton is related to its de Broglie wavelength
(quantum mechanical position uncertainty) (38, 39). The uncertainty
principle dictates that localization of a quantum mechanical
particle increases its quantum kinetic energy. The
protons will thus attempt to delocalize (i.e., spread their ring
polymers) to reduce this energetic penalty. The resulting proton
positions in Fig. 3B arise from the interplay between the chemical
environment, such as the covalent O–H bond, which acts to
localize the proton and the quantum kinetic energy penalty that

..................................................

We find that the proton-ordered structure at low pressure, with asymmetric hydrogen bonds (ice VIII), transforms on increasing pressure to a proton-disordered asymmetric phase (ice VII) owing to translational proton tunnelling. On further compression, the zero-point fluctuations lead to strongly delocalized protons and hydrogen-bond symmetrization, even though the underlying character of the proton-transfer potential remains a double well. Only at still higher pressures does the double-well potential become transformed into a single well, whereupon the protons again become increasingly localized.\

 https://digitalcommons.odu.edu/chemistry_etds/11/

 One of the basic assumptions of proton-electrostatics localization hypothesis is that it treats liquid water as a proton conductor and that the proton conduction along the water-membrane interface might be a favored pathway for the proton energy coupling bioenergetics across biological membranes. In this study, experimental evidences discussing water acting as a proton conductor were discussed and the conductivity of water with respect to excess protons was estimated. Overall, these findings have significance not only in the science of bioenergetics but also in the fundamental understanding for the importance of water to life in serving as a proton conductor for energy transduction in living organisms.

 https://qcn.physics.uoc.gr/sites/files/qcn/Preprints/CCQCN-2016-120journal.pdf

 Again,the counterintuitive picture is currently emerging that nature is also able to harness quantum degrees of freedom of vibrations in intricate ways. In photosynthesis, phonons are understood to crucially regulate energy transport in light-harvesting complexes.126–130What we will demonstrate next is that the phonon vacuum is the fundamental source of S–T decoherence in RP reactions, much like the photon vacuum is for atomic coherences.