Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

   T-1000:
   You are mentioning (above) that 3.7Kv are needed? So, what is the current readings needed, as well? 
   What are these figures based on, are they proven data by experimentation on self running devices, or just general information.

If you make Tesla coil the voltage needed to help cosmic rays to split particles into electron and positron is 3.7kV+
You may find this information in Donald L Smith videos.
No current needed as it is BEMF style very sharp pulses on "hot" Tesla coil end.

[TinselKoala]

There is a huge difference between 3.7 kiloVolts (3.7 kV)  and 3.7 kiloElectronVolts (3.7 keV).

If you make Tesla coil and it's only outputting 3.7 kV, you might as well give up, because that's not even enough to supply the _primary_ of a large spark-gap Tesla coil.

[NickZ]

  Ok, at least I know where the information is coming from. Too bad that not one person has been able to apply it, and replicate even one of his devices and make it work, so far. It would make it all a bit more reliable, and trustworthy, if someone had.  The information coming from Romanov is also a bit fishy. He may have  efficient circuits, but as he is using over 3 amps to light his single bulb from his power supply, there's no free energy there, either. If the current would drop on his PS like it does on SR193's PS, then that would be different.
  I'm becoming more and more careful and suspicious (like Hoppy) of where the information that we hear is coming from now, and how proven it may be, as opinions abound, and so do some fake or not proven devices. So, one must differentiate opinions and hear say, from reliably shown and proven working devices.

  As most everyone is out for the money, Akula, Kapanadze, Aviso, Romanov, D. Smith, etz...
It's hard to know who or what to trust.  Are there any exceptions?... Like Tesla, maybe?   I hope so...
 
 

[NickZ]

   Tinsel:
   I don't know what it would take, but I know that the 1.5kv or so that I'm giving the yoke device is not enough to get even 50 volts out on the 3 turn secondary yoke coil, that goes to the air coils resonator coil.
It may take a lot more than that to make it work.  So, if 3.5 kv isn't enough, how much will it take?
There may also be more to it, as nothing seams to makes much sense to my dull brain, yet.
 
            NickZ

[T-1000]

   Tinsel:
   I don't know what it would take, but I know that the 1.5kv or so that I'm giving the yoke device is not enough to get even 50 volts out on the 3 turn secondary yoke coil, that goes to the air coils resonator coil.
It may take a lot more than that to make it work.  So, if 3.5 kv isn't enough, how much will it take?
There may also be more to it, as nothing seams to makes much sense to my dull brain, yet.
 
            NickZ

It depends on what you are trying to achieve. The last self runners had definately less than 3.7kV ranges on choke side. Also when you are dealing with resonances they are already half way to getting overunity effects. The resulting cold electricity is a way to use especially if it is in high voltage enough to keep capacitors charged. Then only conversion to conventional electrons flow is needed like in this approach: