Negative Inductance and measure of Magnetic force.

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It"s easy to see how a Newman motor would loop the same way as the attraction oscillator, with a cam lobe and an SPDT micro roller spring pressure switch. The cam lobe would have to be shaped to close the output gates at 17 degrees past TDC to allow time for the inductive kickback to discharge. The remainder of the output would be current traveling in a reverse direction. The back spike we skipped with the connection delay. If you don't detour the back spike, the Newman motor will fail to work because the flyback cancels the induction.

The spring release time is equal to or greater then the inductive kickback discharge time in the attraction oscillator. The entire attraction stroke is a pure D.C. pulse. That's all we need to catch. This is free power and in no way effects the torque on piston.

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Halbach levitation rings like these can suspend a very heavy solenoid magnet cylinder on it's side:

https://i.pinimg.com/236x/2e/40/69/2e40694fc87d151245e6bf738fb0e5f7--eddy-current-magnetic-levitation.jpg


A very large attraction oscillator could ideally pressurize a hydraulic fluid system and drive a piston like a steam engine. The pressure on the power stroke would be directly proportional to the mass in copper and magnet strength. Let's say we add ten times the copper wire and a ten times stronger magnet. We develop ten times the pressure on the solenoid piston, but the power in and power out remain about even!

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The Mendocino levitator applies pressure to the tip of the axle. Placing a repulsion coil and an electrode on the axle may get it to trigger an SPDT relay with a small battery in the circuit. A resistor would need to be connected between the contacts and the relay to delay the pulse enough to permit discharge of the inductive kickback.


Two of these power looping Mendocino oscillators running reciprocally, face to face could oscillate a third larger solenoid magnet cylinder in the center perhaps levitated by Halbach rings inside an output coil.

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all axially magnetized rings; two coils; one hybrid power at the wall, and a second strictly output for the outside magnet.


this generator would be over unity by exactly the amount of bemf it recovered.

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The trick to running the "Mendocino levitator attraction oscillator" would simply be to position the SPDT pressure switch with a backing magnet strong enough to depress the switch spring with the attraction force from the axle magnet. The levitator base magnets would need to be extended to cover the throw. Two coils would nest between them, one on each end, the far side exclusively output.