Spinor resonance -- explanation for TPU like devices

[MarkSnoswell]

I believe I have a way of establishing the standing waves in a metastable way -- so they would start to rotate faster and faster until they reach an equilibrium which should be just below the shockwave velocity in the material ... You would expect the rotating standing waves to be able to drive a significant low impedance current in a pickup coil.

Now, how would you set the standing waves into rotation?  Or is that what still needs to be worked on?

possibly like this...

Feedback from individual collectors to corresponding segments would all start in sync. Without any controls to keep the signals in sync I think they will begin to fall into sequential triggering... gaining speed initially and then reaching a final rotational speed determined by the materials and radiation losses.

another way of stating that...

The segments would feedback in a blocking oscillator arrangement -- when you add an energy gain this results in a Van der pol oscillator solution. The set of oscillators on the segments would tend to seek a natural collective synchronization over time.

Mark.

[eldarion]

Wow, that is almost identical to an idea I had recently which involved three blocking oscillators on my six-primary-winding core.  The only reason I didn't try it was because of SM's insistence on sine wave purity, but I think I have reason enough to try it now!

Eldarion

[MarkSnoswell]

I came up with this idea a little while back and figured it was time to make it public...

The attached video describes how charge applied to a Toroidal Bi-filar Capacitor (TBC) will result in an electrostatic pulse traveling around the centre of the toroidal path in sync with the TBC charge front.


Classical EM analysis shows that you get complimentary electro static field's (ESF) inside and outside a TBC. These ESF's occur and follow the pulse front as the TBC charges up. The animation depicts the generation of the ESF pulse generated inside the TBC. Not shown is the complimentary ESF that surrounds the pulse front on the outside.

The idea is that the ESF pulse drives a current pulse along a central accumulator. In an operational device the TBC would be made in 4 segments with each segment firing sequentially -- triggered by the pulse arriving from the previous segment. You could also try a segmented accumulator (collector) with each segment connected to the next TBC segment.

[eldarion]

Hi Mark,

Very nice video you have there!

So I assume the charging pulse would be applied across the red and blue wires at the bottom of the video?

Thanks,

Eldarion

[MarkSnoswell]

Very nice video you have there!
So I assume the charging pulse would be applied across the red and blue wires at the bottom of the video?

Yes -- make your toroidal windings with 2 core wire. Pulse one end and you get an electro static field pulse generated in the middle. This is just "normal" EM induction. The new thing is looking at 2 core toroidal windings as a capacitor and not as an inductor.

mark.