Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[MasterPlaster]

@LtBolo
With regards Michael Meyer' device, you also need FE 56. Where do you get that?

[montor159]

Thank you.

[LtBolo]

@LtBolo
With regards Michael Meyer' device, you also need FE 56. Where do you get that?

There are two different devices. The Fe56 nuclear device and a copper harmonic device. I'm referring to the latter.

[ePrick]

Ummm...yeah.



Back to TK: This article of Michel Meyer's copper resonance device sounds more and more like the real deal to me. Very narrow, very specific tuning required, but when hit, it wakes up and starts pumping quantum energy. From my perspective, it hits all of the key points and could provide answers to many of the purportedly functional devices. The key to it is not so much the implementation, but the creation of the standing wave of sufficient intensity at the proper subharmonic. There are many approaches to that.

I would very much love to start experimenting along those lines, but would personally prefer to have a better understanding of the derivation of the 172,753.867 Hz frequency. Obviously the actual frequency is much, much, much higher than the subharmonic Meyer chose to drive it with. It would be great to know what the actual frequency is, as that would improve your understanding of the actual goal...which is to ring the outer shell electrons strongly enough to get them to break orbit. Are there any math buffs here that can take the equation from the paper and get a frequency that has a subharmonic that matches his stated frequency? I played with it a bit, and didn't get a number that was remotely close.

I am starting to think that a spectrum analyzer is a 'must-have' piece of equipment to pursue this line of research. Oddly enough, some of the guys that have had some interesting results are older amateur radio guys that approach this from an RF spectrum perspective. Pretty sure that is the correct approach. The discussions of harmonics and not resonance is a not-so-subtle nudge in the right direction. Harmonics are definitely related to resonance, but resonance by itself does not produce harmonic overtones.

http://hyperphysics.phy-astr.gsu.edu/hbase/nuclear/nmr.html

Think sidebands

[fconst]

Hello all...if you have the patience to watch a short clip...the question would be : how comes that a screwdriver with a diameter of 1 mm becomes red-hot in one second,being put in a place supposed to provide high voltage but low amperage?
hint: don't think at Joule effect,as it doesn't touch both electrodes.It's the electrons(ions)plasma that make that incredible heating.

http://www.youtube.com/watch?v=X-jquhv0byw

It's about a transformer from 220V 50Hz to 11.5V 4.8A then through a regular rectifier that feeds a 555 timer that drives a 2N3055 transistor and further a flyback transformer to a regular Bosch auto sparkplug mounted on a heatsink.