Not electric, magnetic.

A different form of calculation, machinery. Flow isn't a proper term for this type of force.

I still am trying to break the puzzle but I have had some success so far.

One experiment I did created a bright flash and melted my 12v AC source. Made the coil smoke instantly.

It is a tension type of force, imho.


The trick to transferring magnetic force lies in the dielectric field. We can not directly interact with magnetism to produce magnetic influence. Like electric circuits, we influence electricity via magnetic moments.

Naturally, to influence the magnetic field, we need to influence the inertia or electric field.


I created a magnetic "vacuum" using copper bowls with the electromagnet running through the center via a drilled hole.

The dielectric field is captured by the copper bowl, preventing it from residing inside the copper bowl.

This creates, excuse me, a DIELECTRIC vacuum of sorts. Then, bring a permanent magnet close to this copper bowl and FLASH OVER. That is when my power supply arced over to the ground wire, left a good sized burn mark, and the coil smoked instantly as well.

btw, the electromagnet was powered by AC 12v 60 Hz. So it wasn't a stable magnetic field. I believe the energy was captured when the field collapsed.


What I think happened, the dielectric vacuum pulled the magnetic field from the perm. magnet into the copper bowl. VIa the dielectric field. When the electromagnet collapses the magnetic field, the magnetic force trapped in the bowl is captured and is directed into the coil, creating a massive surge in voltage.


After I did this, magnetic parking cards refused to work around me. Something happened and magnetic readers failed in my presence for a day. No question about it....I suspect some form of magnetic depletion or over charge with the metals on my body at the time. Buttons, keys, etc.