Towards Realizing the TPU

[Grumpy]

So, how would we apply the ol' virtual photons to .99's work?

... or we could move it to the spherics thread and apply it to his tetrahedral device.

[pauldude000]

@all

I want everyone to know that at this point, my understanding is changing rapidly, sometimes daily on both minor and major points. I am at the logical interpretation and assimilation stage of my revisal of knowledge.

I am not putting forth ANY theory in any manner as concrete at this stage. All is tentative, so please take it as such. Do not assume the previous conceptions as polished theory.

I could well be completely full of the brown stuff. Time, experimentation, and observation will tell.

Paul Andrulis

[pauldude000]

So, how would we apply the ol' virtual photons to .99's work?

... or we could move it to the spherics thread and apply it to his tetrahedral device.

Winding for special effects:

The shorted "jumping" jumper cable analogy just came to mind, with my new understanding. Amplification of the magnetic field by induced rotation!

Please bear with me on this. Not necessarily bifilar winding, but possibly bipolar?

You could get the same effect with lamp cord. Strip both ends, then twist one end pair together. Use one wire of the opposite end pair as positive, and the other as negative.

In a bifilar winding, the inductive system is self canceling, and becomes energy storative. This is due to the parallel currents flowing in the same direction. All spin is the same direction for both currents, and therefore fighting each other for field effect spin.

In a bipolar winding, such as the shorted jumper cable scenario, the fields are OPPOSITE in rotation, and therefore effect interaction amplification becomes possible. What makes them "jump", would be literally hundreds or thousands of whorls in the field between the wires.

These whorls may interact with other (particle) effects to affect a localized gravity effect change! WOW!

This effect, in conjunction with other like fields when wound around a toroid, may well induce an overall amplified spin.

However, this spin MAY NOT BE MAGNETIC IN NATURE, though it may interact with magnetism, or allow the production of magnetism, and therefore allow for the generation of electricity.

Now, in Spherics tetrahedron, that is possibly scary.

Four fields with localized effect on what is in essence a "virtual chamber" in the center may do interesting things. Four fields can cause balance, or imbalance. For a true effect of any kind, an imbalance of forces is needed. To produce imbalance, three field have to be of same polarity and spin, the fourth MUST NOT BE, but must be opposite, for any imbalance induced amplification of any effect.

What I am starting to wonder, is if the mysterious "wave" which "smacked so many here in the chest", was in effect an unstable dissolution of a localized gravity effect.

Spherics pattern though, reminds me more of a force chamber than an electrical production device.

Yes, I agree with you in that I am probably full of the brown stuff.

Paul Andrulis

[otto]

Hello all,

@Paul

as we know we are pulsating our coils so please!!!! would you be so kind to make a 1 minute hand drawing so we can see what you mean?? The problem is that we have on 1 end of the coil pulses and on the other end a + or - connected.

Sorry, Im a little bit stupid, ha,ha.

And maybe other solutions?? Of course I also would love to know: are you talking about controls, collectors....

Otto

[wings]

"However, this spin MAY NOT BE MAGNETIC IN NATURE, though it may interact with magnetism, or allow the production of magnetism, and therefore allow for the generation of electricity"

"current" with no electrons movement = masless current?

Physics professor Hong Guo:
"Charge current is the motion of charge; the movement of electrons creates a current. But electrons have other properties as well: mass, charge and spin. The motion of spin creates a spin current. But spin current is difficult to control, so charge current is used in all electronic devices, up to now."

"Our paper shows that a spin current can be generated using a rotating magnetic field, which flows out of the device without charge current. The spin current can then be controlled very quickly using a voltage -- this is the spin field effect transistor idea. Today, transistors use voltage to control charge current; we are saying it can do the same to control spin current. We also analyze whether this can be done with existing technology, and we conclude that it can be accomplished in a lab. I believe it will generate interest from experimental people, who will try to make it happen."

"For very tiny devices in the future, the problem of heat damage must be solved... would be helpful in terms of energy dissipation. A spin current does not couple to environment as strongly as charge current, and thus it does not give heat away as easily -- in other words, it does not create friction as easily."