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90 degree magneto mechanical interaction

90 degree magneto mechanical interaction

Joseph Newman started out with a gyroscopical particle theory. Surprisingly he came to the same conclusion as I did by experimenting with permanent magnets. I hate to say my version is more straight forward. But Newman's version probably explains things better for the physicist. My magnetmotor theory is not based on gyroscopic particles rather on 90 degree magnetic interaction. By no means in the world can anyone avoid the truth of this concept.

In a1 the magnets attract another,

in a2 the magnets repel another.

In a3 the magnets both repel and attract resulting in a rotational pull.

The pull and the push are about the same size. Therefor the magnet at the left is almost infinitely more influenced by this interaction as the one at the right.

In static situation a3 the curl of E(right) is zero. When the net force on an object is zero (i.e., no force acting on it) it remains in its state of uniform motion or rest.

The full text with illustrations is here

At this point I started speculating about using a coil rather then a PM. It started to look an incredible lot like a Newman motor....

A block wave is inserted with it's pulses where the magnet is positioned 90 degrees out of phase with the field the coil:


Pulse position:

The forces doing the work

The input coil is subjected to the subtraction of repulsion and attraction. It's barely bothered by the PM. The pm on the other hand is subjected to 4 times the force the coil generates.

Interestingly enough the Newman replications have shown that some space in the center of the coil makes it work better. This could be caused by excessive communicator contact.

The truth of my theory can not be debunked. I made this for anyone willing to try:

Analysis of the theory of Joseph Newman by lawrence:

Wesley Gary was the original inventor.


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