Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Jon_sparky]

Maybe some simple experiments should be delved into to investigate the properties of adding a 'GND' and/or 'ANT' to a circuit.  Once it is really understood if these have advantages, then the next step would be on how to simulate those advantages without actually using them. 

As of late, I think any circuitry, above ground is possibly an ANT, when the circuit has an earth GND.

Having an ANT, doesnt necessarily mean that the circuit is just receiving power from it. It may be just used as a tuned(to the circuit operation) and a connection to the big capacitor in the sky. And the other end of that capacitor is GND.

Mags

TH Moray was the Expert on Radiant. Folks here already know his amazing (and tragic) story I expect.
But there is nothing lost in rereading from a master.

THE SEA OF ENERGY IN WHICH THE
EARTH FLOATS
http://www.free-energy-devices.com/P26.pdf

Just some excerpts:

CAPTURE OF ENERGY BY RESONANCE

Oscillating Discharge — When any elastic substance is subjected to strain and then set free, one of two things may happen. The substance may slowly recover from the strain and gradually attain its natural state, or the elastic recoil may carry it past its position of equilibrium, and cause it to execute a series of oscillations; something of the same sort may also occur when an electrified condenser is discharged. In ordinary language there may be a continuous flow of electricity in one direction till the discharge is completed, or an oscillating discharge may occur-that is, the first flow may be succeeded by a back-rush, as if the first discharge had overrun itself and something like recoil had set in. The condenser thus becomes more or less charged again in the opposite sense, and a second discharge occurs, accompanied by a second back-rush, the oscillation going on till all the energy is either radiated or used up in heating the conductors.

However in the case of RE the oscillations go on forever because of the actions of the universe. It is known that high frequency currents may be classified as to their oscillating characteristics, i.e. damped or undamped. The energy from the Universe being of both types, depending on conditions beyond the scope of this writing, we have a back rush effect as explained before in the RE device.

The purpose of the capacitors in the RE circuit is to act in their capacity of stored energy discharged. If the resistance is low, an oscillatory discharge takes place: The discharge and recharge on the opposite plates continues in the ordinary sense until the energy which was originally stored is dissipated. In the case of the RE device a different effect is established because the oscillations from the Universe, trapped by the RE valve, continue to enter the circuit as waves of the sea beat upon the shore. With negligible resistance in the device, no energy is lost in heat and the oscillations continue. ....

In this case the current starts from zero and rises to a maximum; it then falls to zero and becomes reversed, after which it passes through a series of oscillations. The discharge therefore does not take place in a single flow from one capacitor to the other, but a back-rush sets in, and a series of currents, or oscillations, occur alternately in opposite directions.

The existence of induction, however, and electromagnetic actions between bodies situated at a distance from each other, lead us to look upon the medium around the conductors as playing a very important part in the development of the phenomena. It is, in fact, the storehouse of the energy.

Upon this basis Maxwell founded his theory of electricity and magnetism ...

[Zeitmaschine]

So you are saying that you attribute the fact that a TV flyback outputs high voltage to the slope of the signal rather than to the high winding ratio ?

Yes, because the high voltage output of a flyback is actually generated during switch-off of the primary coil. Having a high winding ratio is no mistake nevertheless. When the magnetic field collapses because the primary coil is switched off then this collapsing magnetic field causes not only a voltage spike in the primary coil but also in the secondary coil. But since the secondary coil has more turns than the primary coil the voltage spike in the secondary coil is even higher than in the primary coil.

A sawtooth could be generated by adding several sinewaves (Fourier) if you really wanna go that way with a sinewave as a start.
There is easier methods.

No problem with easy methods. And that means TK does not use an external high voltage source (like a flyback) to create an exotic magnetic or electric field by means of an exotic copper coil which then wondrously generates an additional current, but rather the coil, which is connected somehow between the inverter and the lamps, generates the high voltage by itself so the electrons in the ground connection can oscillate at 50Hz.

It would be interesting to see what happens when the ground connection of the TK device is cut while the device is still running. Would there be high voltage on the side of the device like in a charged picture tube?

And btw it makes me sick that the solution to this has to be a simple one but my brain is too complex to figure it out.

[pix]

@Wesley,
Thanks for bringing "magnetic flux compressor" on the spot light again.It was always on the back of my head.
What we need is a non-explosive driven magnetic flux compressor.Nearly everything on the web is about explosively driven ones.
What about magnetic pulse sharpening coaxial ferrite line?I was thinking a lot about this one.
http://www.eecs.kumamoto-u.ac.jp/~katsuki/lectures/pp_eng/no12.pdf[/url]
http://www.slac.stanford.edu/cgi-wrap/getdoc/slac-pub-5432.pdf
http://accelconf.web.cern.ch/accelconf/pac97/papers/pdf/7P094.PDF
http://www.google.pl/patents/US4707619?printsec=abstract&hl=pl#v=onepage&q&f=false
What about magnetic pulse, generated by a spark dishcharge?Due to electrons avalanche ( multiplying factor) at the end of spark discharge we have a current in kA range.
Regards,
Pix

[verpies]

It does not matter how it charges (could be also a curve). The main thing is that it goes off instantaneously. The sharper the switch-off slope the higher the back voltage generated by the coil.

It's ambiguous what "goes off" - voltage or current flowing through the coil.
I can agree that the sharper the current switch-off slope... or the higher the di/dt, the higher the voltage appearing across the coil.

g) Voltage across the unloaded power source like this graph.

If the power source is unloaded then what is creating the black spikes on this graph?
Polarity of the voltage spikes is wrong for a coil's flyback pulse caused by high di/dt.

Ever touched the high voltage connector of a fully charged picture tube of a completely disconnected TV?

Yes. Fortunately it was a long time ago and it was a black&white TV.

Therefore the task would be: How to get a (sawtooth) wave with a sharp switch-off slope out of a sine wave by means of a minimum of electronic components in order to create a lack of electrons so a current of electrons can flow through the ground connection towards the positive voltage spike? The less components the better, because we want to keep it simple.

I cannot answer this question precisely without knowing the peak power you want to have in that flyback spike.
With Si MOSFETs you can easily get down to 50ns falling edge at 1kA/ns and 100V.
Faster Semiconductor Opening Switches (SOS) than Si MOSFETs are SiC MOSFETs and SR Diodes and DSR Diodes.

[Zeitmaschine]

It's ambiguous what "goes off" - voltage or current flowing through the coil.

Whatever goes off when the wire of a coil is disconnected from something like a battery etc. by means of a mechanical switch.

If the power source is unloaded then what is creating the black spikes on this graph?

The graph is borrowed from Wikipedia so I think it denotes the wavelength.

But to have something to think about: What strange effects could happen (in a coil) if a sine wave goes off right at its peak, so each sine half wave would be cut into a quarter wave. The left side is still there, the right side is missing. Hmmm ...