Some thoughts on how the TPU might work.

[epwpixieq-1]

@Newton007 and Grupmy

Excellent discussion guys !!!!!

Sorry for not being able to contribute ... but I am following your discussion with a great interest !!!

Quote from: Newton007 on Today at 06:35:29 AM

When I see all these TPU experiments trying to inject oscillations in to them, I have to wonder why?
The inventor never did anything like that.
The other devices shown were to provide regulation of the coils, or at least try to.


What about the video where SM turns on the first frequency and then the second frequency of the  large ring on the table?  (Curiously, the small ones all seemed to already be "on".)

Or it may be an easier point to start with and learn from ( although most likely not the correct one ). We put something we see something coming out it is quite easy even without having much knowledge. On the other ( probably the correct ) side we just make coils put them together adjust them and wait to get something without input from anywhere sounds little like ... simple kicks leading to TPU   :LOL:

I always felt that pumping signals in the any TPU type of device seems to be a distraction from the real question where the kicks come from and how we can extract them. Your discussion seems to lead in this direction and I feel strongly that the solution for the TPU is along these lines.

Bet to us all,

[Newton007]

Hi Grumpy,

I think you are on the right track.

He likes to talk about current going both directions in the same wire at the same time a lot.

Of course this is done a lot in electronics.

Some feed back built into the coils might be used also to get the current going the right direction. Don't know.


A resonance type effect, a part of the tuned coil effect.

When at a normal operating, condition the compass needle is stationary.


Newton

[Grumpy]

back to the bench...

[Grumpy]

yup...

[Newton007]

 No contact here, again.