Kapanadze Cousin - DALLY FREE ENERGY

[Void]

What sort of induction are we talking about magnetic ?

It's induction primarily via the strong electric field that surrounds a HV coil or tesla coil.

[Stela]

You can use anything as a receiver or loop. A receiver tuned to the resonant frequency will give a much better power reception.

According to my results, the most viable path is Ferroresonance.

Here there in that air coils without semiconductor.

https://www.youtube.com/watch?v=IAk6jnEh6Rg

And the same effect but here with ferrites :

https://www.youtube.com/watch?v=szq5lX-9Hm0

Good luck .

[Stela]

It's induction via the strong electric field that surrounds a HV coil or tesla coil.

true!

[nelsonrochaa]

You can use anything as a receiver or loop. A receiver tuned to the resonant frequency will give a much better power reception.

According to my results, the most viable path is Ferroresonance.

Here there in that air coils without semiconductor.

https://www.youtube.com/watch?v=IAk6jnEh6Rg

And the same effect but here with ferrites :

https://www.youtube.com/watch?v=szq5lX-9Hm0

Good luck .

Hi Stela ,
I know your work i'm your subscriber so i already know your last videos and is very interesting experiments.
But maybe i don't explain well ; What i ask you is if you able to transmit without the primary closed loop in transmitter  not in the receiver !
In normal induction like you say if receiver are tuned in the same resonant freq will improve the result but i'm not talk about the receiver but the emitter  !

I wish you a good luck too and will continue see your good work
cheers

[NickZ]

  Nelson:
  What do you mean by "open primary"?  How do you connect your primary coil, so it's open?
   I see the difference is that the video showing the lighting of the different bulbs, requires more input, than it obtains at the output, in lumin levels of those bulbs. So, it's not efficient when using it as a Kacher circuit, and can be more efficient as an Exciter, instead.
  But, don't the Exciter circuits have a lower output limit, as well, compared to the Kacher circuits.