I will spill the beans on my method. But i will explain it as a mechanical commutator because its easier to convey. My method uses this technique but with mosfets.
Take a resistive material and make a circle. Lets say 10 ohms of resistance connected to itself. Now run your source current Positive and Negative to 2 brushes 180 degrees apart from each other and make them rotate around the circle resistor. . And always make contact with the resistor circle. So the resistive circle is ALWAYS "HOT" and burning heat..
Now you tap 2 opposite sides of the resistor circle for each pair of opposing inductors. You can tap this circle as many times as you want. You now have unlimited phase virtual rotation that is always EXACTLY equal and phased right.
Since each inductor set is 180 degrees in the circle, the resistance of the circle is divided in half and we basically provide a parallel path for the current in the circle per each pair of EL-magnets. So balancing is crucial.
The resistance ohms of your inductors must be exactly 1/2 the ohms of your entire circle resistance. So adding more inductors does not add any additional resistance in the circuit. Because every coil added is basically just providing 1 more parallel path for the current to split.
As I said- it's wasteful but it rotates magnetic fields perfectly with BOTH Polarities.
Addition- I think it also fufills my condition of returning the current, because the current from the induction must return to the other side of the inductor. And the shortest path will always be through a different coil pair on the same rig.
Take a resistive material and make a circle. Lets say 10 ohms of resistance connected to itself. Now run your source current Positive and Negative to 2 brushes 180 degrees apart from each other and make them rotate around the circle resistor. . And always make contact with the resistor circle. So the resistive circle is ALWAYS "HOT" and burning heat..
Now you tap 2 opposite sides of the resistor circle for each pair of opposing inductors. You can tap this circle as many times as you want. You now have unlimited phase virtual rotation that is always EXACTLY equal and phased right.
Since each inductor set is 180 degrees in the circle, the resistance of the circle is divided in half and we basically provide a parallel path for the current in the circle per each pair of EL-magnets. So balancing is crucial.
The resistance ohms of your inductors must be exactly 1/2 the ohms of your entire circle resistance. So adding more inductors does not add any additional resistance in the circuit. Because every coil added is basically just providing 1 more parallel path for the current to split.
As I said- it's wasteful but it rotates magnetic fields perfectly with BOTH Polarities.
Addition- I think it also fufills my condition of returning the current, because the current from the induction must return to the other side of the inductor. And the shortest path will always be through a different coil pair on the same rig.