Successful TPU-ECD replication !

[Mannix]

An old AM " analogue" radio set to mid band on a noise free position surely makes some interesting noises as well when we try to spin these rings.

Many people have worked hard to pulse them with square waves and multiple harmonics from the source rather than heed  the guidance that distortion is of no use.
This is NOT a digital device

PN junctions just shut down when we need them most, according to the inventor.

The fields DO NEED TO SPIN! "Revolving fields" "inertia"

[forest]

An old AM " analogue" radio set to mid band on a noise free position surely makes some interesting noises as well when we try to spin these rings.

Many people have worked hard to pulse them with square waves and multiple harmonics from the source rather than heed  the guidance that distortion is of no use.
This is NOT a digital device

PN junctions just shut down when we need them most, according to the inventor.

The fields DO NEED TO SPIN! "Revolving fields" "inertia"

I'm wondering how scalar waves were suppressed ? Totally converted into current flow ? Any physical effects besides broken watches ?

[giantkiller]

Yes. You ever been in one? It hurts.

[forest]

An old AM " analogue" radio set to mid band on a noise free position surely makes some interesting noises as well when we try to spin these rings.

Many people have worked hard to pulse them with square waves and multiple harmonics from the source rather than heed  the guidance that distortion is of no use.
This is NOT a digital device

PN junctions just shut down when we need them most, according to the inventor.

The fields DO NEED TO SPIN! "Revolving fields" "inertia"

Not necessary. Inertia for example manifest itself during car crash, no need to spin.I see spin in TPU as a nice way to collect effect. Similarly Tesla used big pancake  coils.As SM said one kick amounts to nothing while many thousands per second is usable power.I think I still need to figure out how revolving fields can help recreating effect periodically.Any comments ?

[sparks]

@forest

   I don't know if this will help but any particle which is rotating about the observer is viewed as accelerating or deaccelerating.  So if you have a charge carrier rotating aound you the observer in the middle you receive emwave radiation coming at you from all sides.  Like having a bunch of dipole transmitters and I mean a bunch all positioned in a ring around a receiver antennae  in the middle.  The rest of the radiated waves go off into space so it's not very efficient.  Now if you accelerate a particle in a ring and around this ring you wrap a wire which is perpendicular or forms a tube around the ring then this winding receives all the emwaves radiated by the accelerated particle.  The receiver winding turns act as dipole antennaes as they are perpendicular to the accelertion.  They receive the emradiation which if it is of the proper wavelength could setup a vast number of poles in the receiver winding.  If then the poles modulate in intensity as the particle navigates the ring a highspeed rotating field is initiated whose rotational speed depends on the velocity of the transmitter particle velocity.
Whew.