Acoustical feedback energy system

[aleks]

The whole problem is that for energy to run from one battery terminal to the other, free electrons are required in a conductor, with conductor having a neutral charge overall. When there are free electrons, everything is fine with theory: free electrons form electric field body together with electrons on terminals of a battery, a transfer of energy happens. But what if there are no free electrons, how battery's terminals can form a path?

[aleks]

The burden lies upon you, to communicate within the concise language of the sciences and not
rather instead, to create new meanings or vocabularies for others to learn.

Well, I'm trying. But my words won't do much if you live under the spell of "no overunity in this reality". New concepts and examples are required.

[Willy]

Aleks quote
"I'm talking ONLY about free electrons that are required for electricity to work."
Aleks quote end

Free electrons are not the electrons flowing in electrical circuits.  True that, electrons
in a circuit have been freed from their bonds to an atom sort of. But only briefly. They
become bonded to a next atom soon there after. Not what is mostly meant by the term
free electron.

[Willy]

I hear you.

[aleks]

Free electrons are not the electrons flowing in electrical circuits.  True that, electrons
in a circuit have been freed from their bonds to an atom sort of. But only briefly. They
become bonded to a next atom soon there after. Not what is mostly meant by the term
free electron.

Well, there we have a problem. You are referring to valence electrons. And your "nonsense" claim may be true in this respect. Such "free electrons" do not leave their bonds. But consider then a cathode ray tube which emits electrons. What is the source of electrons if "free electrons" are bonded to metal lattice? Thermionic emission does not assume only transient unbonding of electrons. I think there many be more than one theoretical model of electrical current to consider. So, at least I now understand the source of confusion. My example wasn't good. Another example: will a cathode ray stop when it emits electrons on a satellite? Or even better: will a device used in double-slit experiment stop after some time when it runs out of unbonded electrons on a satellite?