Persistent-current destroys a theory about 'propagation' of electrical-current

[ayeaye]

Has anyone studied the Aharonov-bohm-Effect ?

You are talking about the wave function of the electron, that is how the electron actually vibrates. It is possible that various quantum phenomena affect that, but i don't see how this is relevant to the interaction between the charged particles, that may be anyhow relevant to overunity. But of course i cannot know every possibility.

[F6FLT]

...The answer i got was "For electrons that are bound to atoms as part of a substance, there can be a net action and hence work done". And no one there really disagreed with that answer. They were people working as scientists.

It's a wishfull thinking because there is no supporting facts.

You are talking about the wave function of the electron, that is how the electron actually vibrates. It is possible that various quantum phenomena affect that, but i don't see how this is relevant to the interaction between the charged particles, that may be anyhow relevant to overunity.

I share your opinion. Even if this is not the dominant viewpoint, the Aharonov-Bohm effect is sometimes explained by some physicists in terms of classical physics instead of QM. It is related to vector potential. I think there's a possibility here. Nevertheless, it is not related to the absurdities spread by Bearden to appear intelligent, he extracts anything from physics without mastering the slightest thing.

[ayeaye]

It's a wishfull thinking because there is no supporting facts.

Think what you want, i just said what these physicists told. And it was quite an opposite to what you said.

"It is related to vector potential"

Yes vector potential, the Schrõdinger equation describes the vector of the quantum system and its change in time, which i think is what they call vector potential. The component with zero magnetic field of it is thus about the wave function and vibration of the electron, like its phase. It is not something that one can directly measure as a voltage or current, or electric or magnetic field. It might affect what happens though in some subtle and unknown ways.

Bohm was all about non-locality. Like a photon going through two slits simultaneously, likely because it is a bigger structure. Here too, it's like the electrons in the atoms of the core in a way extend to the electrons in the electron beam, because vector potential seems to describe a particle. In spite that the charged particles supposed to interact with each other only by changing photons, which is the electromagnetic quantum.

[F6FLT]

The Schrödinger equation is related to the wave function, not to the vector potential. Wave function and vector potential are totally distinct concepts, even if the Aharonov-Bohm effect can be explained by classical physics which is not the actual consensus.
What a mix-up!   

[ayeaye]

The Schrödinger equation is related to the wave function, not to the vector potential. Wave function and vector potential are totally distinct concepts

No, Schrödinger equation describes vector potential.