Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hoppy]

Can you take this further into a circuit schematic for us, showing where the ambient energy enters the transformer?

[Zeitmaschine]

Any circuit schematic or a working one? The latter could be more difficult to obtain, I think.

A good start point would be to apply the »rule out« method. Any component ruled out can't be any longer a wrong component.

Inspecting the aquarium II device in detail, what do we see? There are few wires coming out of the hidden part. I would call it »neatly arranged«. Six wires are going to two switches and to the connector for the startup battery. We do not care about that wires. Two wires are going to the spark plugs. We do not care about them either, because that sparking is just for the amusement of the audience.

We do care about six wires going to the 3-phase transformer and one coaxial cable going to a hollow plastic tube. The coils on that plastic tube do - you guessed it - NOTHING! No chance that this blue and that enameled wire could ever amplify any electric current. This is totally nonsense.

The output consists of two blue wires. One should be connected to ground, the braid of the coaxial cable is (most likely) also ground. So, what's left? We have to connect the second blue output wire to the center core of the coax, since the coils of the 3-phase transformer can't withstand 9 amps (2000 watts load divided by 220 volts), unless ...

The choices here are either the high current comes out of the device's hidden part via the coaxial cable, or the 3-phase transformer generates that current somehow right in front of the audience (which is amused by the sparking).

Would we are better off if we could see the hidden components? If we could see one more (3-phase) transformer or a capacitor it would change nothing, because we would not know what currents are circulating in the windings.

Therefore more theory is needed. Below there is an illuminating newspaper clipping, »Static on Moving Object Forms Magnetic Field«. So as we do have static in form of high voltage (pulses) in an open transformer circuit, we could form a magnetic field from static by moving that static. How to move that static without moving the transformer? Apply a magnetic field to that static field so the static forms an additional magnetic field which should result in an exceptional strong magnetic field. That magnetic field then interacts with the crystal radio LC circuit (hidden part of the aquarium II device, in plain view on the floor of Stepanov's workshop).

A crystal radio works because the antenna is always statically charged with a bit of voltage (from the environment), then this static is subject to the very weak magnetic field of the radio waves coming from a remote radio station. Now we connect the antenna to something that produces a high level of static AND a high level of a magnetic field. What should happen?

If nothing happens, then something has to be wrong. Hence, the part list:

1) One choke (single- or 3-phase)
2) One 3-phase transformer (in special arrangement)
3) One diode bridge (for the frequency doubler)
4) One power resistor (runs hot)
5) Some capacitors to get the resonance

If we need more parts, the setup can't be right.

Some similarities to the yoke device are by sheer chance, I suppose. Pulsed high voltage is mixed with a magnetic field powering a LC circuit.

Interesting coincidence by the way: Remember, Kapanadze's green 3-phase transformer is connected 5/7 5/7 5/7 to input, 3/4 3/4 3/4 is connected in parallel without load and thus to nothing, 1/2 (88 Ohms) 1/2 (80 Ohms) is connected in parallel (through a fancy coil) without load and thus to nothing. 1/2 (78 Ohms) is connected to a blue wire (1) and open (2). Hence, there are three inputs, but only one static (open) high voltage output.

Does this remind us of something? What about the second Stepanov transformer? Clearly two coils are open so they do nothing like 1/2 1/2. That Stepanov transformer has no pins 3/4 3/4 3/4, so it's not applicable. But then the right hand coil of that Stepanov transformer is connected to some wires - exactly like Kapanadze's little green transformer. Strange thing, isn't it?

I almost forgot: ... unless that transformer generates a strong magnetic field that attracts (sucks) electrons directly into the resonant load circuit, not into the flimsy transformer itself.

[Hoppy]

Inspecting the aquarium II device in detail, what do we see? There are few wires coming out of the hidden part. I would call it »neatly arranged«. Six wires are going to two switches and to the connector for the startup battery. We do not care about that wires. Two wires are going to the spark plugs. We do not care about them either, because that sparking is just for the amusement of the audience.

We do care about six wires going to the 3-phase transformer and one coaxial cable going to a hollow plastic tube. The coils on that plastic tube do - you guessed it - NOTHING! No chance that this blue and that enameled wire could ever amplify any electric current. This is totally nonsense.

The output consists of two blue wires. One should be connected to ground, the braid of the coaxial cable is (most likely) also ground. So, what's left? We have to connect the second blue output wire to the center core of the coax, since the coils of the 3-phase transformer can't withstand 9 amps (2000 watts load divided by 220 volts), unless ...

The choices here are either the high current comes out of the device's hidden part via the coaxial cable, or the 3-phase transformer generates that current somehow right in front of the audience (which is amused by the sparking).

Would we are better off if we could see the hidden components? If we could see one more (3-phase) transformer or a capacitor it would change nothing, because we would not know what currents are circulating in the windings.

I almost forgot: ... unless that transformer generates a strong magnetic field that attracts (sucks) electrons directly into the resonant load circuit, not into the flimsy transformer itself.

I agree that the blue coils do nothing apart from carrying current to the load.

I agree that the transformer is not capable of supplying the necessary current to the load, so it and its fancy coil are also eye candy because it could not possibly induce sufficient current into the blue coils, which we also agree do nothing.

It obviously would be better to see all components because as it stands the components we see do not equate to providing a system that could possibly generate the power required to run the 2KW or thereabouts load. More importantly, we cannot rule out hidden 'x' wires enclosed in the earthing braid that may well have carried the necessary current to the load. This scenario would make ample sense of all those magicians props, because the real necessary component count would have been minimal and clarly not exciting to the audience.

The device is indeed sucking-in electrons, most likely from a power source somewhere outside the house. 

Instead of photos of the trafo and aquarium which have been posted before, I assumed that you would have posted a suitable resonant circuit to support yout theory, showing where the massive ambient energy was being sucked-in to self sustain the operation of the device without the need for any external power supply.

[Zeitmaschine]

Nothing to comment about the strange similarities between the Kapanadze aquarium II transformer and the Stepanov transformer?

Now I have to look for a suitable 3-phase transformer to experiment with in order to post a suitable resonant circuit. In the meantime the search for hidden wires goes on.

Where do you think is the hidden 'x' wire in case of aquarium I presentation (see below)? The ground cable (same as green box cable?) goes straight to the faucet (no bearded man with long sleeves between) and none of the bystanders complains about the possibility of a hidden wire somewhere.

Anyway I think we have already seen all components but we are to stupid to connect the dots.

All we need is a magic transformer, maybe we can find one.

[Hoppy]

Nothing to comment about the strange similarities between the Kapanadze aquarium II transformer and the Stepanov transformer?

Now I have to look for a suitable 3-phase transformer to experiment with in order to post a suitable resonant circuit. In the meantime the search for hidden wires goes on.

Where do you think is the hidden 'x' wire in case of aquarium I presentation (see below)? The ground cable (same as green box cable?) goes straight to the faucet (no bearded man with long sleeves between) and none of the bystanders complains about the possibility of a hidden wire somewhere.

Anyway I think we have already seen all components but we are to stupid to connect the dots.

All we need is a magic transformer, maybe we can find one.

Unfortunately, the Aqua1 video was even worse quality than the Aqua2 and green box and there were not enough close-up shots of the whole device including lamp array to even start using magnifying glass. 

My only comment in respect of the 3-phase trafo used in both the Kapa and Stepanov devices is that we need a lot more to decide if the similarity was anymore than just coincidence. I don't recall seeing a 3-phase trafo in the shots I saw of the Aqua1 device. I did however see a lot of scrap circuit boards used as eye candy.

You've already seen all the magic TK is likely to show us.