09-23-2023, 09:01 AM
Hey Shylo,
The spiral can not go inside a tube coil. The magnetic field curves to the ratio of Pi - so it pulls away after passing which creates the movement at 9o degrees angle motion. The inside of a coil is also at Pi. So when we got no pull-away- we got no motion.
I've done my tests and unfortunately we have Rotor drag.. The Coming in side helps us on the first half and going out hurts us. The resistance is much greater than the assistance because the coil's magnetic field is strongest at the poles, and the going out side has to leave closer to the poles than the coming in side.
My next experiment will be rotating the spiral rotor and creating a rotating coil that are both in motion.
The spiral can not go inside a tube coil. The magnetic field curves to the ratio of Pi - so it pulls away after passing which creates the movement at 9o degrees angle motion. The inside of a coil is also at Pi. So when we got no pull-away- we got no motion.
I've done my tests and unfortunately we have Rotor drag.. The Coming in side helps us on the first half and going out hurts us. The resistance is much greater than the assistance because the coil's magnetic field is strongest at the poles, and the going out side has to leave closer to the poles than the coming in side.
My next experiment will be rotating the spiral rotor and creating a rotating coil that are both in motion.