Oscillating sine wave LC tank magnet motor.

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These are  D.C. motor magnets:

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I got a better idea; Only it's gonna take 4 motors! Two motors are disassembled, and the two rotor magnets are removed and joined at the faces to form the central rotor. Their two power coils are placed around them so the magnets are running inside the air cores of the motor coils just like in the case. Now all we need are two thin connecting tubes to run from the central "Rolling Pin" rotor to the side rotors. This gives us 8 identical plug blades.

One wall outlet rheostat might be enough to synchronize the wall current with the looped output. The main rotor transformer coils make the need for a "Pony Motor" non existent, and eliminate a few components while self starting. Several strong advantages.

Naturally two strong diodes would be needed to protect the generators.

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A very simple preliminary test, involving two C/CCW motors, one driving the other as a generator self looped through a diode and the motor powered from wall current through a rheostat, would help.

This motor generator should run at replenishment to resistance level, maybe 2 or 3 percent of what the input would be with no loop.

Well, some might say: "That leaves nothing left over to do work"! Gotoluc demonstrated that this kind of motor consumes less power when placed under load.

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An even more basic test to run on this microwave turntable motor, would be to measure the input under load and see if it diminishes like Gotoluc showed in his synchronous motor video. You'll need a microwave oven, and a DMM set on A.C. amps. Uncover the motor and run wires directly to the wall socket. Place the multi-meter leads on the turntable motor plug and then grab tightly ahold of the carousel turntable Tri-spoke, and see if the draw drops. Unplug the device before you work on it to avoid electrocution.

Good take down video:

https://www.youtube.com/watch?v=RoKueNDvl_8

This video shows how the turntable motor plugs directly into the wall for testing:

https://www.youtube.com/watch?v=Q7dM6CHikwk

I plan to try this myself, however replications are valuable.

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I got the same effect with the "Galanz" turntable motor I pulled from my Whirlpool microwave oven that Gotoluc got in his video. I bought an expensive 9 function Sperry DMM from Radio Shack to perform the test. Sure enough. when I grab the turntable rotor axle and squeeze tightly, the A.C. input amps start to drop. Amazing but true. Try it!

I got the A.C. input to drop from 250 to 220 milliamps just by squeezing the exposed axle between my fingers. This turntable synchronous motor definitely works backwards just like Gotoluc's did. This is proof it's worthwhile moving ahead with the scale up versions.