Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

Did you ever thought  what is the reason of inefficiency in current AC system used ?
I  saw a bulb operated as a part of LC circuit at resonance and power required to light it was 10% or normal power from grid,up to the point when resistance of bulb changed he he 
Now imagine that we have one such LC circuit with stable resonance and no load.
Imagine we can spread energy from this circuit at resonance converting it into kind of radiation having unidirectional propagation path.
Wow! No len'z law anymore ! But you need another LC circuit to tap energy back into system , and not a closed loop one because it will have floating resonant frequency when load changes.So we tap Earth electrical system using Tesla radiant patent.
If you look the same can be done using HF AC radiation from first LC to the second LC (using extra coil) but here lenz's law is only diminisched by a distance ratio ("eccentric transformer"  )

Did you have any experimental success with your Tesla radiant energy patent replication that showed an enormous gain from tapping the earth?
I`d really like to see something like this in action.

[aether22]

I have successfully replicated groundloops experiment.

I used the power supply out of a plasma globe, connected it to a spark gap, to a Kapagen coil (the long one) and back to the negative. (as Groundloop showed on page 140 something)

Then the large fat coil was connected to a small incandescent bulb, it glowed very weakly.

But when I connected the spark gap to this, the bulb glowed much much brighter.

The difference was that it would only work when is was connected to the coil side of the spark gap, as soon as I connected it to the other side the arc at the spark gap would extinguish.

I also put a small neon bulb in there, it would not glow till I connected it to the spark gap, but it would sometimes remain on after disconnection as the plasma had formed.

Sadly the power supply was despite best efforts not quited to this and it died, first the diodes in the bridge rectifier died, I bypassed then and the transistor started to smoke, I heatsinked it, then every time I used it the arc distance would shrink, in the end it was not able to form an arc with even half a mm I had to have it closer than that!

And then it died.

Does anyone have a clue what the minimum voltage needed to run a neon bulb once the plasma has formed? It would be interesting to know how much voltage was available there.
What I do know is a 12v 100ma bulb lit ok.

@All,

Here is something I discovered while running my small setup.

The oscillator output is AC. The oscillator maximum output
is approx. 5 watt. Normal output is approx. 2 Watt. The coils
is insulated from each other. I get no light in my bulb until
I connect a wire between A and B as shown in the drawing.
My only grounding is a aluminum plate that everything is
mounted on. Circuit is not OU but demonstrate an interesting
effect.

Groundloop.

[Groundloop]

@aether22,

Great test. :-)

The plasma ball oscillator will survive 6 volt so if you have a 6 volt
battery then you are good to go. Just remember to put a heat sink
on the plasma ball oscillator.

A neon bulb is normally 65 volt on. It will stay on until the voltage
drops below minimum on voltage around 50 volt or so.

Groundloop.

[hartiberlin]

Posted is a link to YouTube screen scope shot video as seen in the prior posts http://www.youtube.com/watch?v=S5hZ6yBq6so

Acca....

Well done Acca ( magnetflipper),
try to get more spikes.
So try to raise the spike frequency.
Then your spike energy will light up more bulbs.
The OU energy is in these spikes !
So make the spike appear more often or with higher amplitudes.
Good luck !
Regards, Stefan.

[exnihiloest]

Hi All

Short report about a today test.

Previously I used two ground connections, one was that of a radio station (8-10 mtrs copper wire burried 10/15cm under ground) and the other one was that of the mains plugs.

I kept the first ground connection and replaced today the second one by a connection to an iron tube inserted into ground at a depth of 40cm and separated from the first by 10 mtrs.

I tried to measure the resistance between the two ground connections with an ohmmeter but failed because there is a 1v dc potentiel difference disturbing the measurement. I replaced the ohmmeter by an ampmeter and measured around 1 mA, so the resistance could be around 1v/1mA=1 Kohm (formerly I had 30 ohm).

Then I started the device. The lights were not so bright than with my previous setup and the current at the MOT primary was lower. With 100v at the primary, the current was 5.4A with my new ground connection, and 7.4A with the ground of the mains plugs, all other things being the same. I also retried to change the gap of the spark and still observed almost no difference on the output.

Let's apply conventional electricity laws and maths.
The current at the MOT primary is 5,4A, the voltage 100V.
The ratio of my MOT being 10, the current at the secondary should be 0,54A and the voltage 1000v. In first approximation we can say that the voltage after the spark gap is of same order, 1000v. And it is to be noted that the resistance between the 2 ground connections is in series with the lamps. If this resistance is really 1 Kohm, then the voltage between the 2 ground connection should be around 1000*0.54=540v. This voltage drop explains the weaker brightness.
I measured 420v with a voltmeter in ac mode and 320 in dc mode. It is a very rough measure because the voltage is neither ac nor dc but we see it is rather in agreement with the theory, taking into account that the ground resistance measurement was also very rough (I cannot lead good measurements now because I burnt out my oscilloscope probe, it left in smoke  )
Until now I see no abnormal results in Kapagen.

I would like to know what every body observes when :
- replacing the spark gap by a direct contact
- making a direct connection between the two ground connections