Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[NickZ]

 There is no point to that, as when the house circuit breakers are turned off, so will the circuit.
  Here is a video where I'm showing something similar, lighting an led on an AV plug, on just the ac wiring capacitive link.
http://www.youtube.com/watch?v=Xur_VChGdzE

  Nick_Z

 

[verpies]

3.80 feet, which is the 1/4 wave length of 7.50Hz of the Natural Earth Resonance?

How did you come up with 3.80ft as ¼ wavelength of the 7.5Hz frequency ?

BTW: The spherical waveguide between Earth and its ionosphere resonates at 7.83Hz fundamental frequency and the average amplitude of the electric field variations at this frequency is 300μV/m and ~1pT for the magnetic field.
In comparison,  Earth's static fair-weather electric field has strength of 150V/m and the Earth's static magnetic field has the density of 30μT.

The Q of the Schumann resonator at its fundamental frequency is

[elementSix]

I used an onine info for finding the length of wire for a certain frequency.  Do you know what the real one is.  This site said take the frequency in Mhz and divide it into 234. Another site told me its 247..  So whats the real one?

[Farmhand]

Really?
Do you like the LENRs occurring when hydrogen is confined in a metal lattice or the interactions of magnetically confined particles in BASER devices?

I really don't know the details. I just like the idea. Just lately I'm not well (health problems) so it has been impossible for me to study the way I would like to.
I can't experiment at present either really. That's life I guess.

Anyway I see that the split copper tube core and such experiments can have some interesting results.

I'm the type of person who always wants to think of where the energy is going to come from, and I just can't get my head around extra energy coming from the air around a device as a result of oscillating fields or gradient fields that we create. If a field was applied to solid matter I think it could be a different story.

I'm not electrically trained except for basic theory and workplace safety about 25 years ago for my trade, I'm a boilermaker. Though I've always been a tinkerer and experimenter
I do realize that when building things or getting machines to work we must deal with "what is the case" not what "we want to be case", to fix something properly we need to recognize what the problem "actually is" not just what the problem is causing. Just like to build a device to capture free energy we need to know or have an idea of "where the energy actually is going to come from".

Cheers

[Farmhand]

I used an onine info for finding the length of wire for a certain frequency.  Do you know what the real one is.  This site said take the frequency in Mhz and divide it into 234. Another site told me its 247..  So whats the real one?

Wavelength - frequency calculator
http://www.csgnetwork.com/freqwavelengthcalc.html

The 1/4 wavelength for 7.8 Hz is about 9554 kilometers. It's long.

Cheers