Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

Verpies: Can you explain what you mean by using the magnet on a stick, to test what exactly?
I understand about the hand affecting things, but not sure what the magnet test would prove.

NMR can be proven/disproven by bringing a strong nonconductive permanent magnet to the working device on a long plastic stick (not a hand).  The conditions for NMR are usually very narrow, so external magnetic flux will disturb them and the device will stop working  immediately.

As the induction circuit is running at about 15-28KHz, and Kacher frequency around 1 to 2 MHz. Does NMR work at those frequencies?

Yes, because the NMR Larmor frequency depends on the magnetic flux density and material.
In Earth's weak magnetic field the EFNMR frequencies are around 40Hz and in the presence of stronger artificial magnetic fields the NMR frequencies are in the kHz to MHz range.

The FWHM frequency of the nuclear resonance is very narrow (5ppm for Zinc, 100ppm for copper) and can be easily disturbed by bringing a permanent magnet in the vicinity of the gain medium. 
Which also gives us a way to locate the gain medium in a working device.

[lost_bro]

https://youtu.be/zXuWHQ0wSRk

Wesley

Good day Wesley

Thanks for your time and effort, always appreciate your video translations.
Looks like this one is the real deal..........

take care, peace
lost_bro

[Hoppy]

  Hoppy:  I just checked on my system, and there is a small change in frequency when the Kacher circuit is turned on, as compared to when it's not on. Slightly higher frequency is noticed. However, the voltage does go up substantially, with the Kacher's interaction.
No spikes noticed on my scope, even with no earth ground line connected.

Thanks Nick. This is what I observed back when I had my system up and running. I think the slight change of frequency is due to the loading on the Mazilli. With the push-pull setup, I found the 'effect' much enhanced, where I could cleanly turn the bulb fully on and off just by hand movements. Investigation into this showed that push-pull gate and drain waveforms were badly distorted and spiked. The mosfet driver supply rail, as in most of the published circuit schematics, is from a linear 3-pin voltage regulator, which in turn is fed from the main PSU. When I isolated this supply from the main supply rail and star grounded the two supplies, the waveforms  improved considerably.

[AlienGrey]

Thanks Nick. This is what I observed back when I had my system up and running. I think the slight change of frequency is due to the loading on the Mazilli. With the push-pull setup, I found the 'effect' much enhanced, where I could cleanly turn the bulb fully on and off just by hand movements. Investigation into this showed that push-pull gate and drain waveforms were badly distorted and spiked. The mosfet driver supply rail, as in most of the published circuit schematics, is from a linear 3-pin voltage regulator, which in turn is fed from the main PSU. When I isolated this supply from the main supply rail and star grounded the two supplies, the waveforms  improved considerably.

Hoppy your a Starr, I bet you only come out at night 

Mean while i'm trying to plug this idea!

[apecore]

Hoppy your a Starr, I bet you only come out at night 

Mean while i'm trying to plug this idea!

Like a glow in the dark?

AG,
Your Plug_me,.. as i can see on the picture you are charging caps with the negative puls from the secondairy tesla by rectifying it.
The sparkplug will puls the antenna coil adressing the emf puls at the grenade?
Did you synchronised your spark frequenty with the pushpull frequenty/ grenade resonance frequenty?

Modif: 16:54:.. AG, the car sparkplug has a internal resistance this might reduce your spark intensity.