Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

   What's the point of having or using two different duty cycle controllers. He is not showing it self running, nor OU, as yet.
 
   Anyways, I tried soliman's way of tuning my device last night, and was able to get the RM signal back, and also the partial heating of one of my fets at the same time as the RM. This was while using the laptop adapter, at 20v, with drain voltages of less that 200v, although I can jack it up to over that, also. But, the RM comes and goes, and is still hard to find, and harder to maintain it where it works best. I made a short video of it, but before I was done making the video the HV caused my camera to turn off. Therefore, the cutoff ending on the video. I'll post that video a bit later, as I still have not uploaded it to YT, as it was 12pm when I made it last night.  It's a good time to work on this stuff as there are no distraction and it's very quite.
However, my drain voltages were fairly steady, and did not go up by 50 to 100v at all. I suppose that's it the drain voltages or output voltages that he's talking about, not the gate voltage that he posted which can't go any higher that 18v.

   soliman: Please show your drain voltages at the time of resonance, showing the voltages raising by 50v, or more. We need to see what that drain signal looks like at that time, as well. A short video would be even better.

[stivep]

Hello people
I want to report to you something I have found.
1. find the resonant frequency
2. Reduce the duty cycle until you find a very low sound, something similar to that which is frying chicken. In the jiro is very sharp, rotate slowly (remember to start with duty cicle near at least 40%) avoid heating.
3. When you find this sound, leave it there, turn on the kacher. And you. you will see a small effect, that when you pass the hand over the circuit, you will see how the voltage and the whole system is affected. I found a voltage increase of 50 volts up to 70 and 108 volts, try to do this test and tell me what you think.
this is the screen shown in the gates
in the D there is a lot of noise

Spacial Electromagnetic distribution in _{Near Field} https://en.wikipedia.org/wiki/Near_and_far_field
changes due to _{magnetic, diamagnetic, paramagnetic} bodies  in near field. https://nationalmaglab.org/education/magnet-academy/watch-play/interactive/diamagnetism-and-paramagnetism
Please note   we are talking about changes  or motion   here . After change is made  the new  altered  form of Spacial Electromagnetic distribution in Near Field is  observed .

Human body   has  capacitive properties ( e.g electrostatic discharges and  accumulation)
In 3D space we can change  _{properties of impedance} in any charged body  or circuit  by motion = rate of change  https://link.springer.com/article/10.1007/s10832-007-9376-z
We can measure any state of time frame change  and its new form.

3. When you find this sound, leave it there, turn on the kacher. And you. you will see a small effect, that when you pass the hand over the circuit, you will see how the voltage and the whole system is affected. I found a voltage increase of 50 volts up to 70 and 108 volts,

Dependency between _{current and voltage stands} about power. http://www.sengpielaudio.com/calculator-ohm.htm

The  output power can not!! be  higher than input  power delivered   , and if it is than  we entering into forbidden state,  violation of  laws of thermodynamics .
e.g "transformations are so statistically unlikely that they are effectively_forbidden" https://arxiv.org/abs/1305.5278 , https://physics.stackexchange.com/questions/217792/how-does-the-second-law-of-thermodynamics-forbid-the-possibility-of-perpetual-ma

However in 3D space we may expect energy conversion environmentally   dependent  in means  of interaction with 3D space mechanisms of nature .

What I found interesting  here  is sound (the longitudinal wave.LW) https://en.wikipedia.org/wiki/Longitudinal_wave
_{Sound is responsible for sonoluminescence ( at temperatures 10 times higher  than the surface of the sun. But sound caused by electromagnetic field of the coil is now for us
the direct conversion of quantum physics based phenomena to classical physics processes.  And now we feel comfortable  knowing that  different media can interact  with} LW
_{and  cause not only change (in length with elasticity) of  e.g ferrite but  possibly change of temperature due to  trapped cavities and its content.}

By that we conclude changes of  impedance in 3D space when " you pass the hand over the circuit"
Secret of  Russian  Ferrite  made me to spend "tons of money" on scientific laboratory base
All of the so called successful copies of  TK device ( SR, Akula, Ruslan...etc.) have  characteristic sound coming from ferrite  ( and/or vibrating in 3D space  coils/structures due to electromagnetic excitation).
Does it ring the bell?

Wesley

[NickZ]

  Wesley:
  You mentioned: "All of the so called successful copies of  TK device ( SR, Akula, Ruslan...etc.) have  characteristic sound coming from ferrite  ( and/or vibrating in 3D space  coils/structures due to electromagnetic excitation).
Does it ring the bell?"
                       end quote.

    What "bell"
   That is not what I've seen on Ruslan's devices, nor on Akulas devices. NO bell ringing sound heard when self running.
Passing ones hand by the antenna coils negatively affects the tuning, if the device is really in it best resonant point.
IF it's not, then hand movement can improve the output to be closer to its best resonant point. That's what I see...

[stivep]

  Wesley:
  You mentioned: "All of the so called successful copies of  TK device ( SR, Akula, Ruslan...etc.) have  characteristic sound coming from ferrite  ( and/or vibrating in 3D space  coils/structures due to electromagnetic excitation).
Does it ring the bell?"
                       end quote.

    What "bell"
   That is not what I've seen on Ruslan's devices, nor on Akulas devices. NO bell ringing sound heard when self running.

Bell  means expression https://idioms.thefreedictionary.com/ring+a+bell

ring a bellFig. [for  something]  to  cause  someone  to  remember  something  or  for  it  to  seem  familiar. I've never met John Franklin, but his name rings a bell. Whenever I see a bee, it rings a bell. I remember when I was stung by one.

Wesley

[TinselKoala]

Well, since you mention Akula and acoustic vibrations in the core.... You may find this interesting.

Notice that when tuning Akula devices you must look for the "shark" waveform....   

http://www.youtube.com/watch?v=gXHEapTS0TE