How testatika can produce 3 kW running at low rpm?

[Steven Dufresne]

Mark,

The specialized Wimhust machine is an AC capacitively coupled Wimshurst Machine
as it uses collector plates rather than wear-out prone brushes. The overunity occurs
in the whole testatika machine due to COP>1 of electrostatic generators. The AC is
generated by psuedorandomly selecting a sector and capacitively pulling it down. Why; to
allow certain sectors to maintain HV high voltage to recruit external charge to pull the others
back up faster.
<snip>
Get overunity -> COP>1 of electrostatic generators

As a result of what you say above, I'd really like to hear what you think of what I said above about electron cascade. I think the same reasons would apply to why I'd think that electrostatic generators COP<1. But I'd be happy to be wrong.

(BTW I doubt that one would put any radioactive materials inside capacitor units
because the atomic particles would just make them leaky capacitors.)

They wouldn't be capacitor units. They'd be the one part of your system that would absolutely have to be a custom made thingamagig. In any new free energy device there has to be a thingamagig. The pots (the two big cans) I build are all thingamagigs.

-Steve
http://rimstar.org

[f_dyne]

The overunity occurs
in the whole testatika machine due to COP>1 of electrostatic generators.

-Where the excess energy could come from, then?
-Do you know Daniel Pomerleau? He induces overunity effects into normal wire coils. The effect takes some time to vanish. This happens also in Testatika when a back coil is temporarily removed (Marinov's report, and other).

Then: The electron cascade effect should be the normal effect oberved in sparks. The voltage is energy/charge. When energy/charge is over a certain threshold, the air become conductive in that point and the voltage is propagated to the next air molecules. When all molecules are ionized in a path, the voltage permits a current flow. This should be a key principle in Testatika power amplification too, but should not be the reason of the power gain.

F_dyne

[Steven Dufresne]

-Do you know Daniel Pomerleau? He induces overunity effects into normal wire coils. The effect takes some time to vanish. This happens also in Testatika when a back coil is temporarily removed (Marinov's report, and other).

I've always thought the reason the testatika resumed after the coil was put back in was because it was part of the circuit and the circuit included a charged capacitor somewhere. Once the coil was back in place, the energy in the charged capacitor caused the circuit to continue functioning.
-Steve
http://rimstar.org

[f_dyne]

I've always thought the reason the testatika resumed after the coil was put back in was because it was part of the circuit and the circuit included a charged capacitor somewhere. Once the coil was back in place, the energy in the charged capacitor caused the circuit to continue functioning.
-Steve
http://rimstar.org

This condenser thing is obvious reasoning, of course... I try also not obvious reasoning if I can't resolve the puzzle (then I must test of course).

The motor is said to be connected to the horseshoe magnets in the small double disk Testatika, so I assume that no DC current can flow through this path...but DC could be created on the fly if the horseshoe assembly works as an unidirectional amplifier pumped by HV shf. The grids between horseshoe legs would then be shf transmission means between the legs coils, a kind of sequence of collimated antennas.

From the rear pic of the big machine we see clearly (unless some other possible tricks hidden inside the tower) that the motor circuit is looped through the top "diode" too.
The big machine "diode" have only two connections (you can verify from the pics), so this makes a kind of short circuit.
The short circuit must then be interrupted sometimes to drive the motor (lateral high black "resistors" are switches?) or HV shf is rectified in the "diode" by a magnetic field, which would explain the grid in the "diode" as being a magnetised ferromagnetic grid, maybe magnetised by induction from a magnet under (compatible with hauser report).
Then... what the big machine horseshoes would be used for   
Possible explanation... horseshoes are used for power, "diode" for speed regulation.

F_dyne

[Steven Dufresne]

The motor is said to be connected to the horseshoe magnets in the small double disk Testatika, so I assume that no DC current can flow through this path...but DC could be created on the fly if the horseshoe assembly works as an unidirectional amplifier pumped by HV shf. The grids between horseshoe legs would then be shf transmission means between the legs coils, a kind of sequence of collimated antennas.

Just one other possibility I'd like to point out... The bottom ends of the coils around the horseshoe magnet legs might be electrically connected to the magnets allowing DC. The purpose of this would be to get energy from within the magnet assuming that would work. This is one permutation I always test for.
-Steve
http://rimstar.org