Tesla's "COIL FOR ELECTRO-MAGNETS".

[synchro1]

Here's a hyper link to the "Energetics of Ferromagnetisem" by Dr. Leon Dragone:

http://192.211.49.220/-%20Free%20Energy/Lester%20J%20Hendershot/Energetics%20of%20Ferromagnetism%20by%20Leon%20Dragone.pdf


The adiabatic process must be factored in to account for the "Free energy" that's released from the "Synchro coil".

[synchro1]

Here's a new video from Dr. Stevan Jones: He's using a Tesla series bifilar to imulse magnetize ferrite. The back spike when the circuit's broken is a transformer reaction that releases 100 percent of the stored input, because it was transformed to magnetic flux.  Dr. Steven Jones shows that the magnetic locking force is variable, and can be increased in proportion to the amount of input pulse. The stronger pulse is stored in the magnetic flux. A ferrite pendulum with this type of magnetic power coil may be able to recover nearly 100 percent of it's fly back spike, and generate power too!   

https://www.youtube.com/watch?v=utdrWqrEQyw&list=UUgY1w73JtptzOlzD9X7VTaQ

[synchro1]

Dr. Jones causes a disconnect pulse to separate the ferrite blocks, that is less then the input locking power pulse. He sends less current in, then breaking the circuit causes the separation. Separating the bifilar strands, and using one side to charge the release pulse and the other side to recover the inductive back spike, would be a good way to collect it. A switch can reconnect the coil to series bifilar for the locking pulse.

[synchro1]

At 1:33 the keeper travels 2 or 3 inches from this PMH: Plenty of distance to throw a pendulum arm. Bifilar coils could decouple and recover the pulse for a gain! Test results demonstrate an over unity COP from the demagnetization phase.

https://www.youtube.com/watch?v=9T96aaWKc-I

[MileHigh]

The answer, my friend, is in the B-H curve...

The answer is in the B-H curve.....