The secret to Overunity

[Cadman]

I read somewhere that one cannot fill a cup that's already full....

Erfinder, my cup is empty, just ask anybody.

When certain people were investigating the harm done when high voltage DC was suddenly switched onto a line it was reported that stinging rays were experienced. I think that was an electrostatic effect, the sudden increase in potential causing an electrostatic field to explode from the wire. That field would attract the opposite charge to the wire and I think this is where cemf comes from.

Is this correct?

[sm0ky2]

https://www.cia.gov/library/readingroom/docs/CIA-RDP96-00792R000500240001-6.pdf

Thank you, that ties right into the charge-drift phenomenon I've been studying
With the induction static machines

[sm0ky2]

... non-Ohmic materials

In an example using a popular non-magnetic alloy "stainless steel"
(305 I think?)
we find that the magnetic field of the charge sphere to be
a function of the rate of change of potential
at the permeability of free space. (up to the threshold)

[blueplanet]

I believe you already read the CIA article on this thing.

The point is: displacement current does not produce magnetic field. If it does, this magnetic field is due to the conductivity of the dielectric material.

The fourth Maxwell equation is misleading. This is a well known fact.

And obviously, Poynthing vector is more misleading.

There are circuits that require only V to work. Not I. The eventual output power is not VI.


A movement of charge carriers will produce a conductive current, which in turns produces magnetic field. There is no argument against it. The magnetic field which you were talking about was possibly a conductive current of some kind.


A change of electric field also produces a current. This current is called displacement current. This displacement involves no movement of any charge carriers. This displacement current has been proven to be able to do work in some rare situations. But this current does not yield any meaningful magnetic field.  Are you sure you have been able to measure a magnetic field with a displacement current?


Blueplanet

[blueplanet]

If your system is an open circuit, i presume it generates AC sparks as well. According to some internet literature, electromagnetic discharge will not create a significant magnetic field because of the self-canceling effects of the ions.

https://www.quora.com/Does-plasma-generate-a-magnetic-field

The magnetic field strength of ESD discharge is around 100uT.

Sorry i don't have all the answers. I suggest you just try it out from experiments.

Since my machines use permanent magnets, I am going to go out on a limb and speculate that there is magnetic flux operating in "my" systems.... I am pulsing current into coils....current in coils produce magnetic fields....soooo.....  we aren't on the same page it seems....


Do you comprehend the difference and or commonalities between the flux of the permanent magnet, and the flux and current of a "current" carrying conductor of a "magneto-dielectric" system? 


I do not acknowledge the commonly accepted view of the dipole....as such, the monopole concept as presented makes no sense.  When we see the dipole as Nature produces and maintains it, rather than how the learned present it to us, we can say dipole and mean monopole, say monopole and mean dipole.  Present geometry of both are fundamentally fucked, no parallels can be drawn between the two..


Yeah......here's the thing....I am not just talking about systems involving them.....I am demonstrating what one can do with systems which produce them.......  fire breathing pulse motor.....show me yours!