Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[elementSix]

Anyone have a comment on this theory??
  Can HF from a spark gap cause ferrite to demagnetize?    I heard that at a certain frequency, ferrous cores can demagnetize. Also that in using that process in transformer setup( with one or two transformers)  that the constant magnetizing and demagnetizing can generate excess electricity.  Is there any way that this is possible?? 

[a.king21]

Anyone have a comment on this theory??
  Can HF from a spark gap cause ferrite to demagnetize?    I heard that at a certain frequency, ferrous cores can demagnetize. Also that in using that process in transformer setup( with one or two transformers)  that the constant magnetizing and demagnetizing can generate excess electricity.  Is there any way that this is possible??

HF from a spark gap can cause batteries to swap polarities. I know because I've done it. Positive becomes negative and vice versa. It is also confirmed by a load and meters.
It can cause capacitors to reverse polarities also.
I know because I've done it.
Been there, done that, got the T shirt.
There  is no reason why magnets can't do odd things also.
https://www.youtube.com/watch?v=Vo2-Qb3fUYs
See comment at 3.29
The constant magnetising and de-magnetising of a coil is called gating the Bloch wall. You need  short sharp spikes at high frequency.
You enter the realm of cold electricity and more.

[verpies]

Can HF from a spark gap cause ferrite to demagnetize?

Hard ferrites (e.g. ceramic magnets) can always be demagnetized by applying a sufficiently strong magnetic field in the opposite direction to its remanent field (see coercivity) or by applying heat.

However, talking about soft ferrite's demagnetization is nonsense because such ferrite cannot get magnetized permanently in the first place (it has low remanence). 

Remanence should not be confused with magnetic permeability which decreases with frequency (see here and here)  in soft ferrites.
Spark-gaps produce many high frequency components.

Also, according to this IEEE article, the magnetic permeability of certain materials can be modulated by an application of electric currents.

There  is no reason why magnets can't do odd things also.
https://www.youtube.com/watch?v=Vo2-Qb3fUYs

It's not unusual.
The energy needed to approach and insert the magnet into the beginning of the rail is equal to the energy of the "shot".
Google for "SMOT"...

The constant magnetising and de-magnetising of a coil is called gating the Bloch wall.

...and causes hysteresis loses as well as heat.

[semenihin-77]

Мне это больше нравиться 
https://www.youtube.com/watch?v=qpCwLGruqIw

[verpies]

Мне это больше нравиться 
https://www.youtube.com/watch?v=qpCwLGruqIw

That video is an ideal material for Hoppy analysis.

P.S.
The author wrote that the magnet is from a microwave circulator.