Some thoughts on how the TPU might work.

[Newton007]

Hi Grumpy,

Good ideas,

Well I am just taking a guess on this, so don't know.

 

[wattsup]

SM has said many times that the control wire is horizontal to the vertical collector coils so it is not wound over the collector(s).

[EMdevices]

Newton007 and Grumpy, keep up the discussion.  I like that you're discussion the DC aspects and current, etc..

Make sure you guys review the SM statements from time to time, but more importantly the videos.

In the video where the double stacked ring TPU is featured (the OPEN TPU)  we hear him mention 6000 Hz and DC.

In the first video showing his spool with the two coils and one small ferrite toroid on top, we hear him mention a physical vibration of 7.3 Hz.

These vibrations might be BYPRODUCTS, and not necessarily the frequency he taps into, like others have mentioned before (otto, etc..)

wattsup,  the control coils are wound VERTICALY, in sectors around the main COLLECTOR.  It's the collector that gives the size of the TPU.   Different frequencies are input into the sector coils (control coils)  I know SM made one statement where he seemed to get mixed up with the language, but in other statements he was very clear about what is what.

EM

[Newton007]

E M devices,
Thanks for the kind words and I will take your advice.

I have only been here a few days and there are some really interesting ideas and people here.
I admit I did not know even know what this TPU device was.

So I took an interest, if for no other reason than to try to find out more about what was going on in relation to my other project.

I will try to keep an open mind.

Newton
     

[sparks]

@newton

       I calculated the wavelength of a 7.3hz signal and I'll be damned but it is pretty close to the circumference of the Earth.  25,529 miles.  So now you have a resonator that pretty much is the same circumference as the wavelength.  1/2 the wavelengh n to an the distance from the north pole to the south.  Or 1/2 way around the Earth at the equator. hmmm