Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

If you are really interested on all story, please see http://www.citizenhearing.org/ and 5 days of conference in its video archives...

Yes, a must see for all who seek the truth.

[Shokac]

Previous picture is mine.

Resonante frequency must be set to resonance LC circuit. Small winding on yoke, capacitor and coil on solenoid. This is serial LC circuit (High current) and this magnetic filed pump secundari coil on solenoid.

This circuit is must be sinc with 50HZ

[forest]

Previous picture is mine.

Resonante frequency must be set to resonance LC circuit. Small winding on yoke, capacitor and coil on solenoid. This is serial LC circuit (High current) and this magnetic filed pump secundari coil on solenoid.

This circuit is must be sinc with 50HZ

Great ! I see somebody is thinking  Not that I have something like that, I'm working on other side, the simplest possible and without distortion. Still no such spectacular results  No, I don't think this field pump secondary 

[T-1000]

Great ! I see somebody is thinking  Not that I have something like that, I'm working on other side, the simplest possible and without distortion. Still no such spectacular results  No, I don't think this field pump secondary 

When you make waves on water against wall, what happens? The classic example can be seen on sea shores. And if you make two waves on watter from opposite  sides what happens? The same natural thing happens in electricity too. So when you mix high potential with high current flow and make those standing waves what interreact with everything arround - making electronic devices to disfunction, making Hertz waves, charging open(not connected) capacitors and so on.  And in that point and moment of time you grab resulting wave and use for your load...

[NickZ]

    T-1000 and All:
   That watery analogy sounds great. So, how do we go about it? We need specifics...
   Here is what I did:
   I wound a on my 3" yoke core, 11 turns and 11 turns center tapped with the winding going in opposite directions. And the second coil is a short but thick white copper three turn (step down) coil.   And also a third coil (open ended) right by first red coil, but of only a single 22 turns of white wire. So, three coils in all on the yoke. The two thick wires ends (of the 3 turn coil) should then go to a 5uF AC cap, and in series continue on to the resonator coil. Which I wound right in the middle of my 4 inch wide by 7 inches tall 43 turn air coil. And the wire  then should continue back from the resonator coil to the yoke, to close that circuit.
There is an aluminum sheet just inside the air coil, and a separate 11 turns choke of insulated wire, with an AC start cap connected to it,  not connected to anything else. The big air core is grounded to earth on one end, and the other end goes to bulbs.
That is how I have it, now.  But, I need to know how, or what to do with the two red wires ends on the yoke, to connect them, as well as the center tap (red double wire) to a single TIP3055 transistor pulse circuit, like I'm currently using, to be feed by a 10 - 12volts, 1.4 amps wall adapter , or battery input source.
Or, if I should just use the ferrite rod as the primary and secondary, which then feeds to yoke core. 
  Any ways, that's where I'm at.