Kapanadze, Stepanov, Barbosa-Leal and the Secret of Free Energy

[Zeitmaschine]

core: »So look at the problem from a different direction, because in the last 7 years basically every type of coil configuration has been used.«

Can't remember seeing the below configuration yet.

In that case the three mysterious things, we allegedly need to 'get' something, would be: 1) A high voltage transformer with an open secondary coil (voltage, no current); 2) a low voltage transformer with a shorted secondary coil (current, no voltage); 3) a frequency doubler that runs the high voltage transformer; all connected appropriately together.

Zeitmaschine on July 14, 2015, 03:05 PM: »I would guess, a real working device would look like nothing, maybe you wouldn't even recognize it when you see it.«

Could be, there is ionization involved too. Anyhow, such a construction should be possible with a simple three-phase transformer and a few additional electric standard components, so one can stumble upon it occasionally by chance while working with that kind of transformers.

But I still can't see why there should be a connection between the primary coil (grid) and the secondary coil (looped), or why there should be an additional bias voltage connected to the closed loop, since that closed loop is connected to high voltage already. But what I do see, is a simple method, to adjust a resonance between two coils (Kapanadze).

[AlienGrey]

Yes  I bet it weighs a tun since it looks like it has 2 microwave transformers and is deadly !
has any one tried building it ? also R and C will depend on current. If I were you I would try it
at reasonably small scale level with recovered adapter transformers and see if the principle works
before the shorted transformer burns out!

[AlienGrey]

Have a look at this circuit !
For me many ideas spring to mind with this circuit 'it's' just an idea with many problems to iron out!
The driver stage if left as is will draw loads of DC and the base driver circuit might need modification
in it's bias circuit and the output stage might also need some attention or modifying.

However the output drive is modulated carrier wave drive, say no more play with it as you wish but if you find anything please report back so we can all benefit from it !

[Zeitmaschine]

AlienGrey: »If I were you I would try it at reasonably small scale level with recovered adapter transformers«

Yes, smaller transformers, higher frequency, till it looks and works like the Steven Mark TPU. Maybe here the closed loop high frequency transformer is in the toroid and the high voltage high frequency transformer in the center box. I would guess, if the working frequency is higher there is no need for a massive ground; could work with a relatively small piece of metal - given that thing works at all.


And why are there two switches on Kapanadze's green box? One to cut the power to the load, and one to cut the closed circuit, so it can start with no load and an open closed looped coil?

[SolarLab]

Oh another Kapanadze  topic.
so here is my theory:

Kapanadze told us three things:

1.Simple as you would laugh
2.He find a method of auto resonance.
3.Some sort of tesla coil that takes energy from space.

well, if we can take kapanadze words as truth then this idea comes to mind:

it is possible to design a tesla coil resonator in such a way that it will always resonate at maximum efficiency no matter how big or small the capacitance is? if so than what would happened if we change capacitance value very fast for such circuit? (using spark gap to give or take electrons from some metal?) kapanadze was using coax cable for his older devices, this cable can be used as capacitor and inductor.This is a good start http://www.linux-host.org/energy/sgenesis.htm

PolaczekCebulaczek - Thanks, good info and link!

F.Y.I.

A revised link with the "Chart 9" (picture) is here:

http://freenrg.info/Misc/Genesis/

Note: Page also refers to the use (importance) of the Dirac equation
with a simple, but excellent, tie-in explanation.

Zeitmaschine - enjoying your interesting work, Thank you!


FIN