Sci.Physics.Foundations

Dear Austin Fearnley,

I'm sorry I am not interested in your model, which seems to have no bearing on the topic of "Mechanism for Wavepacket Reduction".

Why don't you start a new thread of your own topic?

In consideration of quantum entanglement, I would like to add the following items. (a1) Quantum polarization can get so long as to extend from quantum-pair source to detector. (a2) Quantum polarization is to be formed with its spin pair undetermined. (a3) Quantum polarization can split into a quantu...

By the way, is there any theory to explain
how a single quantum wave can go through slits
avoiding a bump into the screen in which the slits are made?

I happened to come up with a cut-off mechanism. After being created, the size of wave packet of an isolated free quantum is to expand steadily. The motion of the quantum wave is impeded by polarizations in quantum fields which can interact with the quantum (cf. (4)-(6)). So, a kind of refractive ind...

Hmm... I guess you didn't read or understand the paper of ours that I linked to above. But here is draft copy of a recent paper that also demonstrates how gravitational torsion provides a natural cut-off near Planck length. https://sciphysicsfoundations.com/sims/Completion_of_Electrodynamics_forum....

Ok, but what is the physical mechanism of your "cohesive force"? With gravitational torsion, the physical mechanism is the twisting of spacetime. . I don't know. I only presented a model or a tentative theory. I wrote "Without any cohesive force or some sort of cut-off mechanism, the...

Don't know but what else could it be? There is no other mechanism to hold particles together unless it is the quantum vacuum that somehow does it. . The essence of the model is introduction of new force, cohesive force, which is not compatible with the framework of traditional quantum theories. Ok,...

Cohesive force = gravitational torsion. https://www.mdpi.com/2218-1997/6/8/112 "On the Role of Einstein–Cartan Gravity in Fundamental Particle Physics" I consider cohesive force is like surface tension. Can gravitational torsion be like surface tension? Don't know but what else could it b...

In the field of elementary particle physics, the particle model seems to have been widely accepted, in which it is assumed that there exist extremely small elementary particles (regardless of whether point-like or string) in reality, and that the wave function is to give the existence probability of...