Author Topic: The iron gets electrified then becomes a magnet with a self centering dielectric  (Read 457 times)

Marty Champions

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plane in the middle literally like a dumbell. a magnetic field on each end "polarized ether phenominon"

Then the question remains, ‘how does a magnet
‘know’ how to self-center the dielectric inertial plane after it has been electrified in the creation of this new magnet?’
The reason for this dielectric inertial self-centering is due to the conjugate magnetism resultant from electrification which causes
dielectric capacitance in the iron or iron compound which thereby expels a polarized Ether phenomena that begins decelerationreciprocatio n
at the spatial boundary (centrifugally) of the physical magnet
A

Howard

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plane in the middle literally like a dumbell. a magnetic field on each end "polarized ether phenominon"

Then the question remains, ‘how does a magnet
‘know’ how to self-center the dielectric inertial plane after it has been electrified in the creation of this new magnet?’
The reason for this dielectric inertial self-centering is due to the conjugate magnetism resultant from electrification which causes
dielectric capacitance in the iron or iron compound which thereby expels a polarized Ether phenomena that begins decelerationreciprocatio n
at the spatial boundary (centrifugally) of the physical magnet

The atomic domains ( internal direction) can be temporarily changed with an electric current at right angles in a ferrous magnetic material.

Marty Champions

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The atomic domains ( internal direction) can be temporarily changed with an electric current at right angles in a ferrous magnetic material.


is this the same howard that was livin in the cave? hey neeguls!!

can you elaborate on the internal direction for us folks here. correct me if im wrong bu the feild of say the north pole of the magnet is counter clockwise and the feild of the south pole is clockwise with the dielectric always being in the middle
A