Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Ok, I didn't look at that diagram very well, nor do I understand it either. You are right of course.
  There have been a ton of diagrams posted, which who knows which if any are worth trying to replicate.
If this one that you are mentioning is working, then why is ganzha not replicating it?  To prove the point.
   But, I'm not suggesting that his diagram be replicated, as there is no proof that that is a working system. The akula video is the only proof that I am working with, as even the hand drawn diagram is not correct, or any others.
   I'm only kindly suggesting that you try to make a replication, but, not asking you to do so. It's up to you, of course, or anyone else. It took akula a while to figure this out, not overnight or in a day or two, with no previous device to copy. At least that is how it seams to me.
  I don't know if Tiger has or had a self runner, or not, as his previous videos are so blurry, nor could I understand them either.

[verpies]

But  the "bucking mode" as illustrated (which I call "hairpin" bifilar)  can have much lower inductance than a "straight" piece of wire the same length, especially if that wire is wound into a solenoid on a core with high permeability. If the hairpin coil is wound carefully it can have _zero_ measurable inductance, but the straight wire of the same total length, arranged in any other manner, will have measurable inductance and it can be quite high.

That's true.
All the more reason to be astonished when seeing 6kW generated in this hairpin bifilar secondary on Ganzha's diagram.

[T-1000]

C2, L3 and L4 is in serial resonance.

For "induction cooker" use ZVS with 50V. ZVS is circuit with automatic resonance, but without capacitor in primary windings.

Please, look this akula0083 video.
http://www.youtube.com/watch?v=5w9nJahkFB0

Where is connect second wire of L2 ?
Where is connect second wire of L5 ?

Personally i would not blindly follow those videos because the result cannot be "copy-paste" process.
The induction cooker circuit is designed to keep frequency on different loads and is easy for everyone to get. That's why I advised to use it as generator. The only drawback is, you need calculate wire lengths for coils based on circuit frequency range limits. The basic electronics design principles apply there.

Has JNaudin done what Ghanza and T-1000 are proposing ?
Namely, putting bifilar wound (in bucking mode) coil inside a HF inductive heater coil (perpendicularly or parallelly).

T-1000 suggests that this influence will be anomalous and will lead to unexpected release of energy (especially when the core is saturated as manifested by rapid heating).

Naudin did not do anything with scalar wave generation and taking energy from that point. Also when it comes to magnetic fields making scalar components  and using resulting field for energy transformation - this is black hole in physics. The conventional model does not apply in that case and everything need to be made from scratch.  So everyone need to do experiments first then make theories from what they get in results

[NickZ]

  The primary opposing winds on a yoke core, is not the same a bifilar wound coil, wound together on a straight tube, or toroid core.
 
  T-1000:
  But, at least we have a video, or picture, of what the akula circuit looks like. Blindly is not quite the case here.  That is enough for me, to start with. No theories needed, just hand-on replication, and observing the results.  And the opposing winds is part of the key, and may not be the same with just any type bifilar wound coil. Yes, the turn count is important.  There MAY not be an aluminum liner in the last akula video, either, which suggests that it may not be needed. This is what we need your help with, as you have opened the door. I would gladly do it, but you are much better at communicating with him, or anyone else that can speak with him, like MenofFather, or someone else, from this forum thread, or from the cousin thread.

[MenofFather]

  MenofFather:
  What you are showing in the picture of a previous way to connect the coils up, possibly to test the induction heater type of reaction.  The 3 turn output from the yoke is not being used. And was not the final approach to the output obtained from the big air coil/ choke set up. As you understand the video, better than I do, please let us know why he was doing that. What I don't know is how much voltage/current he is putting into that driver in the first place, as he is showing one lit bulb.
  Can the scope shots be read? Do they indicate anything, Verpies?

   The ganzha posted diagram is also very different from what akula is doing, and we have no proof that it works. Or do we? The yoke capacitor is in parallel, not in series, and it is showing a spark gap. Which is not the way that akula has it. He has moved on from that lay out, done previously.
  As I had mentioned, if the center tapped yoke is wound with 12 turns, in opposing direction, the output of the 3 turn coil is practically 0. However there is an output from the top of the big air coil, never the less, lighting a bulb. That is what is different here than with any other normal induction circuit.
  I also repeat, that we need to know more about the choke, which is what I'm hung up on now.
Maybe T-1000 can e-mail akula and ask him to give more info about the choke and the chokes capacitor that he used.

  The second to last akula video lay out is very simple to make, other than the drive circuit. All the coils can be wound in only an hour or two. Maybe a CFL bulb driver circuit can be used, to test the coils with, also.
I've already explained where to get the yoke. There is no reason that nobody is building this self-runner device, that almost nobody else in the world has produced.

"  The 3 turn output from the yoke is not being used. " In this video - yes.
http://www.youtube.com/watch?v=5w9nJahkFB0
If you about this video "What I don't know is how much voltage/current he is putting into that driver in the first place, as he is showing one lit bulb. " then his power supply show 30 volts and 0-0.06 amps about. Voltage efective on lamp is 140 volts, how I understand. But or correct show power supply for his construction I not shore. It better use smoth capasitors on power supply...

"As you understand the video, better than I do, please let us know why he was doing that."
About what video you speak and about what doing he you speak exactly?..