Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[scratchrobot]

http://www.rexresearch.com/meyernmr/meyer.htm

http://www.overunity.com/index.php?topic=4333.0

@CosmoLV, I like the new logo 

[wattsup]

It is because the file name starts with an _ underscore. Just download it and change the name then open it.

wattsup

[scratchrobot]

It is because the file name starts with an _ underscore. Just download it and change the name then open it.

wattsup

I did quick translation with bablefish

[scratchrobot]

http://www.youtube.com/watch?v=5FUpzT74z3w

http://jnaudin.free.fr/html/mmcgen.htm

http://jnaudin.free.fr/vta/index.htm

[LtBolo]

I've actually been studying the Michel Meyer article for several days now, and have a theory about the copper device...not the Fe56 transmutation device.

Electrons in a certain orbital resonate at a certain frequency, and this is directly related to the waves observed when they jump orbits. Like anything resonant, when we subject those electrons to energy at the same frequency, they will increase their resonance level until they have enough energy to break the orbit. What happens when they break orbit? And what happens when many electrons break orbit at once?

A metal's resistivity is determined by how many free electrons it has and how strongly they cling to the atom. Current flow is normally the process of one electron pushing its way in, and another getting pushed out and moving to the next atom...all the way down the wire. 'Free' is not really so free at all. But what happens when the electron gets resonated with enough energy to break free on its own?

My theory is that when that happens, the electrons are truly free and effectively the copper becomes a superconductor for as long as the electrons remain free...probably a short period of time.

If I were to take that theory and design a device to employ it, what would it look like? It would have several parts:
1. It would have a central copper shaft where the electrons would be excited.
2. It would have a coil surrounding that shaft that would resonate at a sub-harmonic of the electron frequency of copper's outer orbital. The tuning is critical.
3. That coil would need to be excited by as broadband a source as possible (preferably a spark), and that excitation would need to be at the resonant frequency of the coil, or a sub-harmonic thereof.
4. It would have an additional coil or electrostatic plate that would be there to nudge the electrons in the central shaft in one direction when it becomes super conductive. It would need to do so in a way that would not interact magnetically with the shaft, only electrostatically, since the resulting current will be very high and will produce a very strong magnetic field. It would probably be offset to one side of the device.
5. A little fuzzy on the last part...not sure whether you would need it or not...but you may require another coil to convert the expanding magnetic field from the superconductive center shaft into a usable current to the load. It may be possible that the center shaft would perform this function without another coil.

Not saying that is Kapanadze's device, but it sure sounds a great deal like it.

I would expect the superconductive process to act in waves. It would take some period of time for the electrons to get to an escape energy, that time would be a function of the intensity of the excitation. Once they broke free they would move freely, but eventually get recaptured. Then the process would repeat. The natural tendency of resonant objects to sync up would cause that process to operate in batch, rather than continuous. I could easily see the pulses coming in 10s, 100s or 1000s of pulses per second, and might be responsible for the claimed low frequency of Kapanadze's device. Adjusting the excitation energy would allow you to tune the output frequency.

Per this theory, any sharp discharge could cause momentary freeing of electrons, but the resonant nature of the process I'm describing would permit the cycles to run longer and be easier to harness. It provides a very nice explanation for Stephen Mark's 'kicks', and all of the high current phenomena associated with sparks or very sharp edges.

Another possible addition to the theory is electron acceleration/deceleration. When the electrons resonate free, and then are moving through the wire much like a vacuum, they are free to absorb quantum energy. Upon recapture at the atom, they emit that excess energy...much like the heat pump analogy I have used ad nauseum. Resonance frees the electron like the evaporation process, and while free, the electron absorbs energy from the quantum lattice like gas absorbs additional heat, and the recapture emits the extra energy like compression releases heat.

Just a theory. Flame away.