Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[LtBolo]

That was generally my finding too, Core.

I have since played a bunch with all combinations of bifilar and unifilar inner and outer coils, with and without ferrite. In general only unifilar is interesting, and in general, only when there is a ferrite core inside of the pickup coil.

It does seem that when unifilar windings are used with a nice healthy spark discharge, the ferrite flash saturates. I do not think it is a conventional saturation, but it gives the effect of saturation. That really does offer some interesting possibilities if a sharp capacitive discharge can saturate a core within a 10s of nanoseconds at a significant power discount.

We experimented a bit with parameter change power generation using a motor and a passive tank circuit. It worked beautifully, but, loaded the motor and produced a COP < 1. It did prove, however, that reducing inductance increases current by a factor of 1/2 * delta L * I^2. Pretty interesting stuff. Don't know if it would be OU, but it makes me wonder whether this flash saturation could be used to provide the parametric change for parametric power generation. Barring any further disclosure from Cosmo or others, that might be the direction we go. I would love to go straight to SR's implementation, but it doesn't appear that we are going to be offered the plans.

In that same vein, might it also provide an efficient way to switch a MEG? Might be another dead end, but it is food for thought.

[ramset]

Core,
Your assistant does nice work!,But be careful with this Guy,
These little fellahs can have  "Issues" [chucky?[ ]]!

Chet

[core]

New day new test.

  This time I rewound the coil in traditional fashion with many turns. Tried to increase the magnetism. Also removed light as load and placed a bank of resisters to create 20 ohms. This time I was able to 'pull' the hanging washer towards the ferrite rings. As before the 'high voltage' did not appear to demagnetize the ferrite rings. At one point it appeared that the 'high voltage' increased the magnetic field. This may of just been my eyes catching it at the wrong time.

Below are two pictures, the black & white are the high voltage windings in bifilar fashion. The yellow windings are in series with a 20 ohm resister. I only keep the circuit on (low voltage) for seconds as the resisters heat up fast.

Respectfully,

Core   

[core]

Final test of the day.

  Tried a different winding setup for the high voltage. The picture below shows the 'green' windings. These winding are being feed my the Spark Gap. So in this case I have a High Voltage layer on the ferrite and above the load coil. The end result is the same. It is impossible for a 2000 VAC @23ma power supply to break the magnetic field via spark gap on a low voltage high amp coil. This week I will convert the S.G. to DC to see if that has any effect.

  An test was conducted with a 'glass' core set-up of identical diameter to the ferrite. The same results where achieved with glass as with ferrite.

At the end of the day I left with the following:

   - The high voltage spark gap is not a 'one size fits all'.
   - A glass core, of equal size, is also not affected by high voltage (magnetic field still present)
   - I am under the impression that the smaller diameter core material the greater the amperage spark gap is needed to rotate the field. This will be tested further.
   -  Other than a very slight increase in spark gap noise, passing a magnet over the coil while running does nothing.
   - At this point I am not clear on what Cosmo said about seeing something that is 'not written in books'

Will do more in the coming weeks. The pictures below represent the modified coil I tested. 

Respectfully,

Core

[Shokac]

New SR Video

http://www.001-lab.com/001lab/index.php?action=dlattach;topic=181.0;attach=11928