just a 3d model to show the bedini circuit... haven't built one yet in the real world so can't say how well it works...made this because i don't have any diodes to hand with which to try... The green wires are the power circuit that spins the rotor and then recharges the capacitor via the diode rectifier... the red wires form the control circuit that flips the switches(transistors in this case) on the power... i can't help thinking that for me it would be far easier to build with mechanical switching, using a commutator setup in place of the transistors as this would allow for much more intuitive fine tuning of the timing on the switches. Over unity? i doubt it, but guess anything's possible so still wouldn't mind trying just to see. You hear crazy science fiction writers talking about sucking energy out of the fourth dimension... maybe that, in a sense, is what happens in the Bedini setup...a simple case of twisting and squeezing moments in time... As I see it, for 99% of the time that the rotors' permanent magnet field is interacting with the coil, the circuit is set to charge, and any induced currents are rectified into the capacitor. That slab of time is then flipped around and injected sideways into the coil in an instant. The exact instant when the magnet is closest to the pole and therefore most influenced by the field generated there. All of the energy is released at once in a spike of power that's capable of exerting great pressure. Gears on a bike can spread the power over greater amounts of time as you pedal more with less torque, or inversely squeeze the power into less time by pedalling less with greater force. The electric field in the capacitor rather than trickling out slowly and weakly is unleashed with explosive force into the coil where it creates a very powerful magnetic field for just an instant of time. The magic is partly in the switches and timing. Current passing through a coil creates a magnetic field around it, which in turn creates an el...