Leedskalnin's Perpetual Motion Holder in Electic form

[sm0ky2]

I'm probably not going to be the scientist that derives the magnetic equivalent to a nuclear reactor
But, i will say that its not necessarily outside the mathematics of the situation.

[sm0ky2]

Maxwell predicts that the magnetic moment is perpendicular to the electric field.


For a flux path entirely within the magnetized material in a loop:
This tells us there is a transient electric moment
and with a lot of math, i believe we could predict the frequency

[alan]

https://www.academia.edu/28917736/To_the_Theory_of_Perpetual_Motion_Holder?email_work_card=view-paper

[sm0ky2]

Take the Hex-Nut version of the device:


Original by Russ (think he said he was Ed's great nephew)
https://youtu.be/YhiAIsJCS9Y


Experimental replication
https://youtu.be/rWxNlPnwHtw


Now it may be possible in some cases to experience the electric flux
between any two adjacent outer points of the nuts.
However, the space between the 'gap' in the second video has a much
greater electric flux component, i believe this is caused by the
transition of the magnetic path through from one medium to the other.


One being ferrous, the other being air.
(can we make magnetic air loops?) weird....


Theres definitely electric action occurring.
This may be due to the reluctance, and the fact that the material is not
'permanently' magnetized.
And yes this works with ferrite inductor core pieces arranged in a similar loop


And even "non-ferrous" materials in some cases.
(I have not experimented with diamagnetic materials)


It may be interesting to research the performance of inductors under
"looped" and "non-looped" magnetic conditions.


Meaning the same arrangement, but one with the magnetic loop present
and one with the loop turned "off".
Forming a sort of solid-state variable/switchable inductance.


My personal interests however, are in the solid-state electrical activity that
goes on while the loop is "on".
Which appears to be Atomic-Electric in nature.

[sm0ky2]

If we have 2 opposing coils placed on a toroid ferrite core:


The same (perpetual) magnetic loop is formed in the ferrite toroid.


To "prove this": you place an LED across the 2 coils and cut/break the ferrite
This results in a flash of the LED (and a loss of a perfectly good toroid).


However in a symmetrical toroid, there is almost no perceived electric flux outside
of the core. The magnetism changes vectors in a consistent pathway.
But a toroid with a 'zig-zag' on one section: between the zig and zag, there is an
electric flux.


The Split Tube version of the device produces wavelike flux patterns,
which can be detected electrically, as well as observed through optical diffraction.