Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

This effect is seen while using only the simple non controllable Kacher circuit. As is shown in one of my videos. The "Radio Moscow" sound and signal is also present, which shows the interaction of the two circuits, as hand movements affect the near field.   https://youtu.be/-UZ50Dvc6Lw
So, I don't understand why you only see a "diminishing" effect.

To answer question you asked Geo - your katcher is too weak and you have to raise Tesla primary voltage to the point where katcher almost will start arcing by itself. It is critical point for achieving same interaction where bulbs go out by just de-tuning Tesla coil. And the discharge color have to be yellow color after going through top load "antenna". While still blue-whiteish on tip of secondary coil.

P.S> The constant smell of ozone is the side effect of this setup. Just keep place ventilated for safety reasons.

Cheers!

[NickZ]

   T-1000:   Good to see you still posting.
    Although you may be right as to the weakness of the Kacher circuit's output. However, neither Akula or Ruslan have shown the type of HV arcs that you mention are needed. And Ruslan has mentioned that the Kacher signal does NOT need to be very strong for the effect to happen. Both Akula and Ruslan have shown small 3mm arcs emitted from the Kacher on their videos.
   I have shown previously that I can achieve up to up to 1cm arcs with my simple Kacher circuit. Which is about 10.000 volts.But, concerning the actual need to resonance between the two circuits, without it, I have almost nothing. So, in my opinion precise resonance between the two circuits is very important. And using a very strong and powerful Kacher circuit, like Geo is now showing, can endanger the delicate induction circuit components, as well as the Kacher circuit components. 
   I have yet to notice any ozone smell, when the circuits are connected up and working, up to now.
  I have also shown in one of my video where I replicated Geo's form of wiring the device, and when the Kacher is not fired up, there is practically NO light coming from the bulbs, until the Kacher is also on, as can be seen in my video, below. This is all due to the type of wiring system used, not some other reason.   https://youtu.be/NKJpPyMBxwI

[Jeg]

Hi Nick
By diminishing I mean that hf oscillations are decreasing in amplitude when I am at resonance inside the current loop. Try higher frequencies than the one you normally tune and not lower. I tune to 25khz but I work close to 33khz. I also found an LOPT to test instead of katcher. I really like to get rid of it. Experimenting with ruslan is difficult without damaging something. It is better to experiment with smaller contraptions for certain tasks.

[Hoppy]

   T-1000:   Good to see you still posting.
    Although you may be right as to the weakness of the Kacher circuit's output. However, neither Akula or Ruslan have shown the type of HV arcs that you mention are needed. And Ruslan has mentioned that the Kacher signal does NOT need to be very strong for the effect to happen. Both Akula and Ruslan have shown small 3mm arcs emitted from the Kacher on their videos.
   

Agreed Nick. Thats a sure way to blow out the PP driver and as you say, we see no real evidence of strong HV breakout on Ruslan's or Akula's self running videos. The output bulbs can be extinguished by capacitive hand movements around the Kacher without a very strong Kacher, through HV interference on the PP. Anyway, if you do crank up the volts, make sure you put your shoes on. 

[NickZ]

Hi Nick
By diminishing I mean that hf oscillations are decreasing in amplitude when I am at resonance inside the current loop. Try higher frequencies than the one you normally tune and not lower. I tune to 25khz but I work close to 33khz. I also found an LOPT to test instead of katcher. I really like to get rid of it. Experimenting with ruslan is difficult without damaging something. It is better to experiment with smaller contraptions for certain tasks.

Well, what may be more important is not the amplitude per say. But, the effect noticed at the bulbs. If at the best resonant points you see a decrease in output at the bulbs, that is what to focus on. Not the scope measured voltages. As the voltage can go down as seen on the scope, yet the bulbs can brighten up. If the bulbs don't show any gain at resonance,  something is not right. Although this may not make much sense, it is what I notice.   Again, are you using a 37 to 40 meter long earth ground line connected to a copper rod in the ground?

   I have spent the last year or so experimenting on the Dr. Stiffler devices. Because I wanted to learn more about what is needed to see any "extra energy" from the ambient while testing on smaller simpler devices.  My conclusions are that resonance is very much needed, to achieve any positive results. Yet, his extra energy comes from the way that the Docs "diode loop" is designed, as the IN4140 diodes are switching diodes that can produce a similar response as how a transistor works to raise the voltages, and outputs. Yet, any extra energy observed may still come in from the surrounding ambient. But, that is still a tough thing to prove, as usually any "extra" energy may still come from the additional draw from the input source, instead of from the ambient.