Kapanadze and other FE discussion

[pix]

I did some tests like Melnichenko's but I didn't get an increase over 1. Yes there is some energy recovery from the core and something seems to be happening but it's all within the energy input.
If Kapanadze mentions Melnichenko, maybe it's just similar, because many devices can be classified as completely different.
However, one needs to remember that someone also found on Kapanadze's computer a diagram of the Budynny transformer, or more precisely, the fuser on the transformer. The sound of an overloaded transformer is clearly audible in the movies, but nothing can be heard in others.
To get 5kW I find it hard to believe that it can be done with HV. The magnetic field is more real. To feel 2kW, see how an induction cooker works. Typically 80-140kHz varies but 2kW of power can be had on 0.5mm or thinner wire. The device itself is light, very light if I only have electricity from the socket

Did you had a decent separation between magnetizing coil and secondary coil?
Secondary coil core should have minimum residual magnetisation.
The bigger relative permeability, the better gain effect.
I found that setup most promising and going to test.

[a.king21]

Re transformer size.
We don't know Kapanadze's  core composition
EEs keep posting stuff as if we are working at 50 or 60 hz.
I wish they would stop it and look at the effect high frequency has on transformers.
Also, they should refresh their theory on resonance at high voltage and maybe study Oliver Lodge.
Also, study Tesla's hairpin circuit which is a dead short in conventional EE. https://www.youtube.com/watch?v=WqmqQisQVuo
Also, look at Tesla's capacitors in that circuit and try it with 50 or 60hz. (I did!)
At High-frequency the transformer size shrinks. Look at switched-mode power supplies and how the transformer has shrunk as an example.
Also at high frequencies and HV you are dealing with plasma and a massively increased magnetic field. Get yourself a magnetometer
and stop looking at scopes with education designed for 50 or 60 HZ. Then we might make some progress.
Additionally, when you separate L1 and L2 you are dealing with transmission through the air, so a good knowledge of transmission theory would be a good idea especially the effect of quarter-wave antennas.
Conventional Kirkhoff's law and OHMS law do not apply in this research except at the very end of a device when you are plugging in an appliance.
Nor can you use Spice, unless you define new terms based on experimental results.
There is absolutely no substitute from building stuff yourself and seeing how the results differ from theory.
I am just trying to be helpful and trying to stop bad scientific advice.

[r2fpl]

Did you had a decent separation between magnetizing coil and secondary coil?
Secondary coil core should have minimum residual magnetisation.
The bigger relative permeability, the better gain effect.
I found that setup most promising and going to test.

I made various air gaps. I worked with different cores, different shapes as well. Different voltages and different frequencies.
I'll tell you one thing: the current flows or it doesn't. There's no miraculous setting where I'll get a big kick for even a moment to say I found this moment but I don't know how it happened that now it doesn't work. None of these things.
I don't know what Melnichenko sees there, but he certainly didn't show it clearly.
There is even another explanation for what is happening in the barium ferrite core, that is the NMR process. However, it would require a lot of luck to hit this effect, if it is possible to obtain it at all.

[r2fpl]

Re transformer size.
We don't know Kapanadze's  core composition
EEs keep posting stuff as if we are working at 50 or 60 hz.
I wish they would stop it and look at the effect high frequency has on transformers.
Also, they should refresh their theory on resonance at high voltage and maybe study Oliver Lodge.
Also, study Tesla's hairpin circuit which is a dead short in conventional EE. https://www.youtube.com/watch?v=WqmqQisQVuo
Also, look at Tesla's capacitors in that circuit and try it with 50 or 60hz. (I did!)
At High-frequency the transformer size shrinks. Look at switched-mode power supplies and how the transformer has shrunk as an example.
Also at high frequencies and HV you are dealing with plasma and a massively increased magnetic field. Get yourself a magnetometer
and stop looking at scopes with education designed for 50 or 60 HZ. Then we might make some progress.
Additionally, when you separate L1 and L2 you are dealing with transmission through the air, so a good knowledge of transmission theory would be a good idea especially the effect of quarter-wave antennas.
Conventional Kirkhoff's law and OHMS law do not apply in this research except at the very end of a device when you are plugging in an appliance.
Nor can you use Spice, unless you define new terms based on experimental results.
There is absolutely no substitute from building stuff yourself and seeing how the results differ from theory.
I am just trying to be helpful and trying to stop bad scientific advice.

What would the same look like for 5kW lamp ?

[Sergh]

Allow me to present my vision of this Kapanadze device. This is a conceptual model, it is incomplete, inoperable in this form, etc.
There were suggestions about such a device based on the analysis of small amount information from Internet, the dissemination of which Tariel opposed.
The main completely unusual and incomprehensible detail is a quantum gravitational nanostructured pulsed power cell. 
Structurally, it can be like a small battery, similar to CR2032 or another this type. By the way, you can try, discharged elements of similar types should respond to impulse of mechanical pressure.
How it supposedly works:
- a small rechargeable power cell with a very large output current of several tens of amperes, but a very short discharge time of 0.001 - 0.005 seconds. It can probably work both independently or with the supply of the necessary chemicals, liquid or gaseous.
I observed a similar mechanism some time ago in experiments with pulsed electrolysis. If a current pulse is applied to the electrolysis cell, then immediately after the pulse, the cell remains charged up to several volts due to the hydrogen remaining on the electrodes.
You can also make a similar experiment by taking any discharged battery and applying a current pulse to it for several seconds with a voltage several times higher than the nominal, after then immediately measuring the voltage on the element.
But in this experiment is no free energy, it is only an explanation of the mechanism.
It is necessary to find a way to produce hydrogen "on demand", as Tariel did in his "Auto on Water".

The mechanical system of the L2 bobbin and the magnets and cells located inside it can probably work independently for a short time due to mechanical resonance, until desynchronization and weakening of the process occurs due to the consumption of the necessary substance. You can see it in this video with 12:35:
https://youtu.be/2oGHuHy-xEc?t=765