The Concentric Capacitor - Key to the Kapanadze Device and similar FE Concepts?

[Zeitmaschine]

A static electric field won't do anything, but it could be a different story when the field is pulsed.

The magnetic field should be provided by the electric field between the concentric capacitor plates. If this field is in motion, as stated here: Static on Moving Object Forms Magnetic Field, the static field then should generate a magnetic field, picked up by the coil squeezed between the concentric plates.

Also thinking in advance can save money instead of spending it for failed experiments.

Rear side view of the Testatika machine. As it appears, the blue wire connects to the outer plate of the left capacitor and runs straight to the outer plate of the right capacitor.

[MasterPlaster]

Interesting!

http://www.popularmechanics.com/science/energy/a6757/a-shocking-new-understanding-of-static-electricity/

[Zeitmaschine]

Featuring a news report, that every John Doe can now build his own free energy device out of parts from the scrapyard would be even more shocking.

Contemplating: one thing with the Testatika machine is, that there may be some stylish components on it, doing nothing, e.g. the blocks of acrylic glass between the horse shoe magnets. I'm sure those blocks of acrylic glass are just decorative elements, thus the horse shoe magnets could be as well just ornamentation. The other thing is that the main power output circuit and the motor power circuit are completely separated from each other. Means, we can likewise disregard all components in the motor circuit. And what remain isn't much.

Since the function of the wheel is clear - providing high voltage pulses - the only remaining question is, what exactly could be in these big concentric three-pole capacitors? If we figure this out, then we also know what's in Kapanadze's tin can.

[Reiyuki]

Here's my description of what occurs inside these systems, hopefully it makes sense.  If I had some epic 3d CAD skills I'd be rendering orbiting electrons and all that, but alas:
http://imgur.com/a/EKHcy


Personally, I'm confident we can model and predict the effect using the equations for the Faraday/Unipolar generator along with electrostatic/capacitor mathematics.  Specifically motional-EMF, partly since it shows up all over the OU community.

  In a unipolar generator, the magnetic field is (generally) provided by a magnet.
  In opposed coil systems, the magnetic field for each coil is provided by the other coil, causing a self-propelling process limited by resistance and geometry..

These 'coilpacitors' have a mix of magnetic and dielectrcic properties which give us the ability to briefly tug at and expand/contract their magnetic flux without using much power.


Too bad we need high voltage though, it tends to play bad with modern electronics.

[ariovaldo]

Featuring a news report, that every John Doe can now build his own free energy device out of parts from the scrapyard would be even more shocking.

Contemplating: one thing with the Testatika machine is, that there may be some stylish components on it, doing nothing, e.g. the blocks of acrylic glass between the horse shoe magnets. I'm sure those blocks of acrylic glass are just decorative elements, thus the horse shoe magnets could be as well just ornamentation. The other thing is that the main power output circuit and the motor power circuit are completely separated from each other. Means, we can likewise disregard all components in the motor circuit. And what remain isn't much.

Since the function of the wheel is clear - providing high voltage pulses - the only remaining question is, what exactly could be in these big concentric three-pole capacitors? If we figure this out, then we also know what's in Kapanadze's tin can.

I built a simple wimshurst machine and as soon I have time, I will build a capacitor for test.
Please, check my arrangement and let me know what do you think.
https://youtu.be/4uaGgqniqzo


Cheers
Ariovaldo