Spinor resonance -- explanation for TPU like devices

[bolt]

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[EMdevices]

Mark,

Nice setup and results, thanks for posting.

I hope you are aware, that there is a difference between longitudinal STANDING waves in a ring, and ROTATING longitudinal waves in a ring.

From your results I would deduce you have STANDING waves.   It's clear that there is ELECTRICAL phase variation between the coils separated ANGULARLY by 90, 180, 270, 360, degrees around the circumference.   When the electrical phase is correlated to angular placement like you have, this is a sure sign of STANDING waves of one full wavelength inside the circumference. 


Anyway, I don't want to belabor this point, but it's worth thinking about this.   Standing waves vs. Rotating (traveling) waves in a CIRCULAR path.  What's the difference?   What you need now is a DIRECTIONAL COUPLER.  

Here's why:  Standing waves in a ring are the result of TWO counter-rotating waves.   It is the interference of these waves that produces the so called "Standing" wave.    With a Directional Coupler, you can supress one of these waves and then you truly will have a one way ROTATING wave.   And if this wave is fed in sync, it will grow, and you will have build up of energy in the ring!!!  This is the SM secret. 

So once again the basics are:

1)  Resonant Build up, by using a frequency and wavelength that's a fraction of the circumference.

2)  Supressing rotation in one direction ONLY, by clever Directional Couplers 


EM

P.S.   I added a MatLab simulation of standing waves as a result of counter-rotating waves.

[MarkSnoswell]

Mark,I hope you are aware, that there is a difference between longitudinal STANDING waves in a ring, and ROTATING longitudinal waves in a ring.

From your results I would deduce you have STANDING waves.   It's clear that there is ELECTRICAL phase variation between the coils separated ANGULARLY by 90, 180, 270, 360, degrees around the circumference.   When the electrical phase is correlated to angular placement like you have, this is a sure sign of STANDING waves of one full wavelength inside the circumference. 

yes -- exactly!  You got it

I believe I have a way of establishing the standing waves in a metastabe way -- so they would start to rotate faster and faster untill they reach an equilbrium which should be just below the shokwave velocity in the material. This is how I read SM's description of his startup... the nonrotating standing waves give rise to the aparent statc field within the device on startup -- which starts to rotate (the magnetic field) faster and faster over the period of seconds. You would expect the rotating stnading waves to be able to drive a significant low impedance current in a pickup coil.

[MarkSnoswell]

Hi,
   I can now make conical coils... I perfected the procedure for making them on the fifth try.

I plan to make 3 pairs of counter wound 45 deg coils like this and interleave them with a flat spiral and thin solenoid coils to match the spinor prediction I rendered.

If warranted I can lathe up moulds for larger coils and different angles. I figured this size is a good place to start ? and I had the aluminium rod stock lying around the workshop.

Cheers

Mark.

[eldarion]

Mark,I hope you are aware, that there is a difference between longitudinal STANDING waves in a ring, and ROTATING longitudinal waves in a ring.

From your results I would deduce you have STANDING waves.   It's clear that there is ELECTRICAL phase variation between the coils separated ANGULARLY by 90, 180, 270, 360, degrees around the circumference.   When the electrical phase is correlated to angular placement like you have, this is a sure sign of STANDING waves of one full wavelength inside the circumference. 

yes -- exactly!  You got it

I believe I have a way of establishing the standing waves in a metastabe way -- so they would start to rotate faster and faster untill they reach an equilbrium which should be just below the shokwave velocity in the material. This is how I read SM's description of his startup... the nonrotating standing waves give rise to the aparent statc field within the device on startup -- which starts to rotate (the magnetic field) faster and faster over the period of seconds. You would expect the rotating stnading waves to be able to drive a significant low impedance current in a pickup coil.

Mark,

I think you my have found the working principle!!!

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

I'll give it a shot and see if I can set up these waves in my core or not...

Eldarion