Self accelerating reed switch magnet spinner.

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This ultrasonic piezo motor definitely depends on the elasticity of the hard plastic rotor sphere material to power it. This has nothing to do with electron spin. Sheerly mechanical propulsion. The motor has two wave guides in reverse AC phase: However,  an embedded neo sphere could output electrical power through the wave guide coils!

This motor permits the control of the rotor direction angle and direction of rotation. Output coils could be suitably positioned to benifit from the axis shifting. High Torque low rpm high amperage output.

A very large 3 or 4 inch diameter neo sphere could be powered up to full speed with this kind of motor. It could run heavy machinery.

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Shifting the angle of the polycarbonate coated magnet sphere with the piezo wave guides could clutch an orbtal magnet ring with it´s field. This would be an entirely new kind of electric motor that would deliver precisión power phaseing. This would deliver exceptonal performane. The fully accelerated sphere could be deployed instantly rather then staring from stop and speeding up each time. The piezo motor stores flywheel inertia in the spinning ball. The sphere RPM is fixed at a resonant frequency.

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A stainless steel ball is the piezo rotor below!

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Connecting a recovery diode from the wave guide coils to the power battery positive would self run a magnet sphere rotor powered by an ultrasonic piezo transducer.

The 4 wave guides could also bedini pulse 2 coils for sensing and 2 for power. The wave guides can double as EM and Acoustic simultaneously and multiply the Torque.

The addition of a Hall effect transistor would allow the 2 sensor wave guides to serve as output coils. 4 acoustic 2 pulse power and 2 to double as acoustic output.

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The pulse circuit needs to accelerate the magnet sphere to an ultrasonic velocity before the transducer resonance can sustain the spin. The wave guide coils can then be used for output.