Negative Inductance and measure of Magnetic force.

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A 2 stator attraction oscillator would require backing magnets of reversed polarity;


The backing magnets need to be positioned alternate polarity and in opposition on both matching stators.   

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Here's a better picture; These two facing stators can each carry two primary coils in series for a total of four! Backing magnets tailored to strength. The "Neutralization" pulses from both stator coils would result in a working "Flyback Spike" in attraction like the other Adam's oscillators.

The top Stator would need to be tension balanced by elastic or spring like the smaller model.

Remember Gotoluc's two coil flyback motor rotor where he isolates and channels his BEMF to a secondary pulse coil? This oscillator uses the same "Backspike" power to do work as Gotoluc accomplishes in his design a lot more simply!

Floyd Sweet conditioned magnets to flutter. This flutter is free of charge! Think of the enormous Tesla's of magnet strength in motion in adjacency to that mass of copper!

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Gotoluc demonstrates that the attraction between "E" core electromagnets is many times more powerful then the repulsion:

https://www.youtube.com/watch?v=wAYsAN5QPnA

Compare the ratio of coil mass and magnetic stator mass between the Microwave Oscillator and Gotoluc's "Mostly Magnet Motor"!

The equivalent of his design running in Adams's resonance.

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The power of two primaries in series:

https://www.youtube.com/watch?v=20_ZUx_iWuk


I have the Permanent magnets to match this strength. Four powerful springs in the corners would work nicely on this build.


Remember: Twice the copper, half the power for the same magnet strength!

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spring tensioning;