Mostly Permanent Magnet Motor with minimal Input Power

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Kundel effect

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Kundel effect video:

https://www.youtube.com/watch?v=19QEY3cFpQ0&list=UUo9ItsUt0n5ayZlb5K_cwaA&index=1

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Flyback comparison.

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These pictures contrast the intensity of the flyback from an electromagnet coil with and with out ceramic magnets attached:

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kickback and magnetic field.

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"Electromagnetism has two constituents: charges and the electromagnetic field".

The brighter backspike flash from the ceramic magnet backed EM coil carries with it a stronger magnetic kickback. This is a propulsive field that is in proportion to the additive fields of the PM and EM fields.

An electromagnet masking field would combine and align the forces of permanent backing magnets and the pole reversed electromagnetic kickback on current interruption.

The Adam's motor uses these principles to accomplish rotary motion. The rotor magnet is attracted to the coil core even when it's powered to mask the backing magnets, then it discharges and pole reveres at TDC. We want an oscillator to drive a Kundel motor with the Adam's principle.

The oscillator eliminates the timing advance problem of the Adam's motor, while capably delivering the rotary motion via the kundel motor. The retraction force on the Kundel motor is empty. The combined power of the PM and backspike would deliver the power punch to the rotor and the attraction back to the core the reciprocal.

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Kundel motor

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Doubling the magnets on one side of the rotor would deliver the same force as a back stroke against half as many rotor magnets on a second wheel.

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"A Hall sensor turns on a MOSFET transistor on an approaching magnet to neutralize repelling force from the stack of magnets behind the driving coils that push the rotor at Top Dead Center when the power is off. In that moment the coil becomes a generator coil as the core (magnetite powder + iron powder + resin) switches polarity and returns much of the energy back to the battery".

An oscillator built like this GAP motor with a Kundel motor for rotary power would run off one simple SPDT switch. Kehyo's motor circuit could land a Moon capsule. The difference in difficulty can be compared to sinking a basketball from a carousel or rideing a see saw.