Oscillating sine wave LC tank magnet motor.

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This drain motor autopsy video gives the viewer a good close look at the U core and series coils:


https://www.youtube.com/watch?v=wDSJ4_0bbw8

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This synchronous motor begins to source it's own strengthened oscillating sine wave output when the coil cores are linked in series. The resonance doubles in amplitude when the second pair of coils are connected serially. The "twin coil" motor is made from a widely manufactured synchronous universal motor that anyone can buy two of, disassemble and reconnect the way Chaniotakis shows in his videos.

This motor may lower utility bills around the world for everyone, connected to an alternator and placed between the wall socket and a heavy duty appliance! Save the polar bear!   

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Hooking a twin core coil drain motor to a drain alternator should flop over and self loop. This motor generator would need an additional load. The motor generator should power itself while illuminating an incandescent bulb.

Two light dimmer switches, one for the wall socket and the other for the drain alternator would help phase the current transfer in gradually. The alternator dimmer switch would act as a load, dissipating the excess power in heat. Good enough for the test. Naturally, the alternator would need A.C. (Diac) diodes to protect it from the wall current.

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"The Diac's behaviour is bi-directional and therefore its operation occurs on both halves of an alternating cycle".

When the alternator output amperage equals the initial input, the power plug can be removed from the outlet. It wouldn't be a good idea to feed extra power to the motor in self loop. The rheostat should begin to grow warm and eventually could be replaced by a load.

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The "Flop" cuts current from the wall to the coil, but it can't do anything to eliminate the current that's already in the coil so when the additional load from the alternator appears suddenly on top of it, a double charge is present. That's why a gradual phase in is superior.

The two dimmer switches need to be operated simultaneously and in balance. One opening clockwise and the other closing counterclockwise, in mirrored opposition.   

Let's say you turn the wall input down to a barely measurable amount of power, but not completely off, then place satellite magnet rollers next to the two spinning drain rotors. What effect would the satellite rollers have on the reduced microwatt level input?

We could get the same "Lenz Free" advantage just by spinning a naked cylinder rotor with two satellite rotors on each side with output coils around them.

let's say you slow the satellite rotor with hand friction. Would the drag on the slowing satellite rotors exert any back drag on the
prime rotors? We all know the answer is no! So, we can output power from them completely "Lenz Free" with practically no rise in input what-so-ever.