Negative Inductance and measure of Magnetic force.

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Imagine a two magnet mono pole rotor with two reciprocating "Latching Reed Switches" on the axle. The neutralization coil (pictured above) would be connected in series with the switches through a battery and capacitor in parallel. This neutralization attraction motor should run itself with the battery disconnected once started.

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The masking coil and magnet attraction delivers less torque to the rotor than the repulsive opposition alternative; The benefit to the neutralization approach is the gain the masking pulse generates in it's own windings from the torsion of it's internal magnetic field forces.


The attraction masking pulse is weaker and otherwise avoided by motor builders. We seek to uncover it's hidden strength!

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The commutator circuit needs a diode! The masking pulse is timed to fire at TDC, and carry through to the half way point when it turns off so the attraction can carry it to the opposing rotor magnet. During this time the coil is reconnected to the battery and capacitor through a one way current permiting diode. The charging takes place due to the "Super Position" of the higher coil voltage resulting from the back surge of magnetic force.

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Here's a picture of my new build. Notice the ninety degree segment for the reed trigger magnets: Both reed switches have the same origin and destination; The positive electrode of the masking coil and the positive electrode of the power capacitor and battery. The negative lead of the masking coil just connects to the ground of the capacitor and battery.

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We can see a 12 volt electro-magnet with a stack of ceramic backing disc magnets on the left in the picture above. This electro-magnet turns into an output coil during the high power phase of the approaching rotor magnet. Not only a higher voltage but an increased amperage show up at the capacitor diode. This ratio of output to input has been measured as over unity by Art porter with his GAP apparatus.

Here's a new video on gauging the "Neutralization Strength" of the electro-magnet on the attraction force of a ceramic block magnet:

https://youtu.be/OSKG0PX2Q6s


This electro-magnet is now suitably balanced for an attraction rotor with two ceramic block magnets for poles with a gap of two coasters in width.