Spinor resonance -- explanation for TPU like devices

[MarkSnoswell]

Nice simulation. What does reality show us?

LOL... exactly what I said. Let me put another way...

The displacement current in a toroidal bifilar capacitor creates a electrostatic pulse to travel down the center of the toroidal path. You could drive a current spike around a toroidal loop (collector) in this manner. Due to the toroidal winding this will be a slow pulse -- you could tune the device such that the rotational frequency of the pulse (around the toroidal circumference) was an integer fraction of the resonant frequency of the toroidal loop. This would lead to some interesting harmonic combinations and resonances between the TBC and the toroidal collector.

@Joe   What a wierd looking coil -- no, I didn't know the old deflection coils looked like that or were bifilar. This is interesting and would leng support to SM's lates of TV's detonating with massive magnetic pulses.

[MarkSnoswell]

Last year I rendered a set of topologies for 3 toroidal coils surrounding 3 circular collectors. With the recent work on one of these configurations I figured it was a good time to post the full set.

Some of these are very interesting. I propose a standard reference for talking about these as follows:

1.       From bottom to top the collectors always be colour coded Red Green and Blue (RGB).

2.       Left to right notation corresponds to bottom to top coils.

3.       Dashes, ?.? or ?:?, denote circular collectors of one or two turns respectively.

4.       Brackets, ?()?, denote full toroidal control coils.

The reason for these configurations is that toroidal volumes coul filter out spin modes. Therfore nested and linked toroidal volumes could be an effective means for controlling and tapping spin energy of electrons.

The follwing renders are for configurations:
(.) (.) (.)
(. (.) ) (.)
(. (.) (.) )
( (.) .) (.)
( (. .) ) (.)
( (. .) (.) )
( (.) (.) .)
( (. (.) ) .)
( (. (.) .) )
( ( (.) .) .)

It is the last one ( ( (.) .) .)   that Otto refers to as "three stack". This nested configuration is perhaps better understood by the render attached in the next post.

[MarkSnoswell]

This render is instructive in demostrating the topology that offers the most control over filtering of 4D spin modes.

( ( (.) .) .)

This is the topology that Oto has nicknames "three stack".

[Rosphere]

This is the topology that Oto has nicknames "three stack".

Otto posted this yesterday.

[slapper]

Thanks Mark. Your contributions are very impressive.

I'm hoping that someone can enlighten me as to how the red coil influences the electron movement in the blue coil as an example.

Will an electron traveling one turn in the red coil cause an electron to move in the blue coil one complete turn as well?

Will the electrons in each coil spin the same direction?

Thanks and take care.

nap