Magnet coil cores, demagnetization power and Lenz delay.

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An air core bearingless Bedini could transition to "Reverse Lenz Propulsion" with two switches: One switch would have to connect the trigger and the power coils serially and the other would have to short the new serial bifilar coil correctly to the battery. This would charge the hybid bifilar with the phase lag magnetic field and accelerate a diametric neo sphere by "Reverse Lenz Propulsion", or "RLP" above "Critical Mínimum Frequency".

The spinner RPM would no longer be limited by switch speed, and the input limited by I=V/R.

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Let's look at the Daftman Bedini schematic: This looks complex, but two DPDT flop switches, one on each of the two coil leads can easily handle it. The start and end of each coil would wire to #3 and #4 of each switch. The four existing connections to #1 and # 2 of each switch. That leaves #5 and #6 on each switch. The outer #5 & #6 of those poles would wire directly to the positve and negative electrodes of the battery, and the inner #6 & #5  would simply wire straight across to each other.

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This looks like a pretty scary switch: The QPDT! We can Beardenize this into; "Quantum Positron Di-Variable Transitioner"! or, "The Electro-Magnetic Serial Bifliarizer Switch"!

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The 4PDT switch will cause the electrically magnetized serial bifilar coil to attract the bearingless neo sphere spinner, which is free to move, and solve the complex positioner problem! I believe a third winding would be able to deliver overunity output and charge the run battery looped back to source.

The other alternative would be to leave the third winding of the Trifilar uncoupled untill the "Lenz Propulsion" took effect, then direct the output to the charge battery. I believe the additional load would help increase the propulsion effect even more! It's easy just to wrap a third wire directly over the the outside of an existing bifilar for an output winding, and may even work better then winding three wires together side by side.

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I had to correct this. I'm sure it's alright now:

Here's a better wiring schematic for the 4pdt switch: Following this schematic, the start and end wires of the trigger coil would go to pins #9 & #10 respectivly, and the end and start of the run coil to #11 & #12.

#1, #2, #3 & #4 just connect as the Daftman's schematic shows.

That leaves #5, #6, #7 & #8. #8 can go directly to #12 because it already connects correctly to the positive pole of the run battery, #6 which goes to the emiter would need to connect to the negative pole of the run battery by a seperate wire. #7,  the end of the run coil, and #5 the start of the trigger would simply connect to each other to create the serial bifilar. Bridging the coils this way combines the magnetic fields. #13 & #14 are just the switch contacts.

Here's a good one from Amazon with a center off position, an important feature:

 
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