PhysicsProf Steven E. Jones circuit shows 8x overunity ?

[poynt99]

The movement of charge creates the formation of the B-field.

[xee2]

Deleted by author. Sorry, this was not appropriate for this thread.

[poynt99]

A slightly different perspective:

http://www.sinequanonthebook.com/Magnetism2.html

.99

[e2matrix]

No, I am asking what causes the B field to form, when the wire is energised by an electric field. Which specific component in the air or wire is aligned to form the magnetic flux? Why does this phenomena have reluctance,  reactance and capacitance? What FORMS it? For it to exhibit reluctance, it must be influenced by gravity, and therefore have mass. WHAT IS IT?

Well with my limited knowledge I'd take a guess at electrons in the air molecules OR possibly something to do with (darn I can't remember what I'm trying to recall but I think it was related to natural radon in the air causing electrons to be released). 

   Now for some progressively further out guesses:
-short-lived virtual photons

-positron-electron pairs popping in and out of existence

-the active vacuum/spacetime itself

-black body case radiation energy

-zero-frequency transverse waves that travel in perpendicular to their circulation plane

- nitrogen

- deuterium

- O3

BTW in case it's not obvious I don't have a clue what I just said.      Well not totally clueless but mostly.

[e2matrix]

I like what poynt99 pointed to (oh yes the word play)  as I like any theory relating to vortex's which are everywhere in the nature and the universe: "The following two figures show how the entire wire acts as a sink. The dynamic pressure of the wire causes it to have low static pressure. This low static pressure causes the surrounding aether to flow towards it to equilibrate the density disturbance. Any flow of a fluid to a common center causes it to flow spirally. This is what occurs around wires with a current of electrons passing through it.
The Faraday-Maxwell electromagnetic theory of this “electrically induced magnetic field” only considers the tangential component of the “magnetic field,” and totally neglects the radial flux toward the wire. This neglect is similar to that of the tangential component of gravity."