Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

Only a proper instantaneous power measurement, integrated over a reasonably long time period to give an _energy flow_ during that time, should be used for support of "overunity" claims.

Presenting a self-runner would be the best choice to support any OU claim.

To get minus 12 volts from a 12 volt battery you just make the positive terminal the ground reference.

Odd coincidence: The Stepanov device uses the positive terminal as ground reference (the white wire in the image below).

But more interesting is the tank under water that can produce perpetual motion (in theory). If voltage is the pressure of the aether (instead of water) then what could the tank be in which the transformation of the voltage into something else takes place? Maybe a coil which transforms the voltage into a magnetic field?

Essentially a tank under water is the same as a battery (accumulator) under aether.

A battery can provide voltage. This is the empty tank under water. The battery is not under water but under aether. The tank can do work by means of a current of water which flows into the tank. A battery can do work by means of an electric current of electrons which flows into the battery's positive terminal. When the tank is filled up with water then it can't do any further work. When the battery's positive terminal is filled up with electrons then it can't do any further work.

Hence:

Before the current of water can fill up the tank it should be converted into gas, so the water current can never fill up the tank. Before the current of electrons can fill up the battery's positive terminal it should be converted into a magnetic field (or high voltage by means of a magnetic field?), so the current of electrons can never fill up the battery's positive terminal.

So much for the theory. Now to the practice.

I think - according to my basic research - the key to the TK device is how to generate a current through a ground connection.

I have therefore done the following experiment: A transformer 220V/50Hz is connected via a tact switch (or handheld wire) to a 12V DC battery. As soon as the switch is opened the also connected oscilloscope shows a high voltage spike of approx. 400V. Then I have disconnected the oscilloscope so the circuit was now completely insulated from anything, just the transformer and the battery. Now I have connected an incandescent light bulb rated at 1,5V 15mA with one side to the transformer (the pin which is not connected when the switch is open) and with the other side to ground (heating pipe). Right on my first attempt the lamp burned out due to the generated 400V spike, I think.

Further testing: Understanding Inductors

Basic research #1: A small 12V (460mA) incandescent lamp is connected in series with a diode and both together in parallel to a 220V coil of a 50Hz transformer. When the coil is connected to a 12V battery a magnetic field builds up in the transformer's core. When the switch is opened the magnetic field collapses and the lamp flashes due to the current generated by the magnetic field. When the switch is closed and opened in rapid succession then the lamp flashes very brightly (almost as if connected directly to the battery).

Question: The collapsing magnetic field generates a current in the coil that makes the lamp flash. But what if there is no lamp connected? Then where does the energy (that was previously stored in the magnetic field) go to? When a transistor is being used as a switch then there is no spark which could dissipate the stored energy, nevertheless the stored magnetic energy seems to go to nowhere when the magnetic field collapses. Strange.

Basic research #2: The lamp is connected to one of the 110V secondary coils of the transformer. There is a faint flash of the lamp when the switch is closed. When the switch is opened the flash of the lamp is brighter. That indicates that in this setup there is apparently more energy available due to the collapse of the magnetic field than due to the build-up of the magnetic field. Interesting.

Basic research #3: Same as #2 but the lamp is connected to both 110V secondary coils in series. Now oddly the lamp behaves contrary to the previous connection method. There is a bright flash when the switch is closed and a faint flash when the switch is opened. This is startling because although the output voltage should be doubled (2 × 110V coil), the high voltage pulse generated by the primary coil (due to the collapse of the magnetic field) seems to have now less effect on the secondary coils. Curious.

Now to all who could follow this subject so far: An idea is needed where the Free Energy (and thus the Kapanadze secret) could be hidden in these experiments.

My guess would be: When the magnetic field collapses it generates a high voltage spike. According to my experiments 12 volts input generates 400 volts output. That means 220 volts input could generate approx. 7000 volts output (mathematically). If this high voltage spike has ever Free Energy in it then it has to be stepped down somehow in order to do useful work in an incandescent lamp.

As already mentioned above when the magnetic field collapses with no load connected to the coil which could make use of the energy stored in the magnetic field, then this energy seems to vanish into nowhere (in violation of the law of conservation of energy?). Hence could it be that the other way around this energy does not only go to nowhere when not used but this energy also comes from nowhere when used?

Regards and happy flashing.

[Сергей В.]

Привет народ

OU Generator Fela 7KWatts successfully replicated by Tigar2007.
Power from 12V accumulator.
More info ask Fela on http://cyberenergy.ru and Tiger2007 on http://realstrannik.ru

http://cyberenergy.ru/generator-kapanadze/probnaya-shema-fel-t433-570.html
and
http://realstrannik.ru/forum/46-razdel-avtorskix-tem/95155-rabochie-proverennye-sxemy-se.html#95820

[xenomorphlabs]

I have therefore done the following experiment: A transformer 220V/50Hz is connected via a tact switch (or handheld wire) to a 12V DC battery. As soon as the switch is opened the also connected oscilloscope shows a high voltage spike of approx. 400V. Then I have disconnected the oscilloscope so the circuit was now completely insulated from anything, just the transformer and the battery. Now I have connected an incandescent light bulb rated at 1,5V 15mA with one side to the transformer (the pin which is not connected when the switch is open) and with the other side to ground (heating pipe). Right on my first attempt the lamp burned out due to the generated 400V spike, I think.

Just a little side-note. High voltage is defined for voltages > 1000V, so 400V is technically still low voltage.
http://en.wikipedia.org/wiki/High_voltage
Nice that you share your experimental results. Keep it up.

[sparks]

   I was just pondering why a magnetic field collapses and what current scource determines the background magnetic field parameters.  We regularly encounter solar mass ejections in the form of the solar wind.  When the solar wind becomes a solar tsunami the resultant current causes  ac transformer cores to saturate.  The primary current is no longer choked and unloaded transformers appear as dead shorts to the generating plants.  My logical conclusion is that there is a dc current of some sort flowing all the time which gives rise to the permeability of the transformer cores under "normal" solar mass ejection.  Would love to have a machine take a ride on this background current if it does exist.

[forest]

   I was just pondering why a magnetic field collapses and what current scource determines the background magnetic field parameters.  We regularly encounter solar mass ejections in the form of the solar wind.  When the solar wind becomes a solar tsunami the resultant current causes  ac transformer cores to saturate.  The primary current is no longer choked and unloaded transformers appear as dead shorts to the generating plants.  My logical conclusion is that there is a dc current of some sort flowing all the time which gives rise to the permeability of the transformer cores under "normal" solar mass ejection.  Would love to have a machine take a ride on this background current if it does exist.

isn't that called gravitation ?