Longitudinal wave.
A longitudinal wave is a transverse wave traveling "sideways". I turned the high voltage ignition coil wire 90 degrees and achieved the same kind of overhead spin I produced with the low voltage Oersted current. The plasma arc generates the longitudinal wave like the high voltage spark I'm using in the last video.
I believe now that the orientation of the magnetic vector shifted 90 degrees when the "Reed switch motor" began to run with no amperage draw from the source battery after the plasma arc appeared between the Reed contacts.
The longitudinal wave has a very powerful magnetic force that's inversely proportional to amperage. I can prove that now very easily with my current test setup.
A longitudinal wave is a transverse wave traveling "sideways". I turned the high voltage ignition coil wire 90 degrees and achieved the same kind of overhead spin I produced with the low voltage Oersted current. The plasma arc generates the longitudinal wave like the high voltage spark I'm using in the last video.
I believe now that the orientation of the magnetic vector shifted 90 degrees when the "Reed switch motor" began to run with no amperage draw from the source battery after the plasma arc appeared between the Reed contacts.
The longitudinal wave has a very powerful magnetic force that's inversely proportional to amperage. I can prove that now very easily with my current test setup.
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