One other thing:

In this U.E.C video, SM turns the 6" TPU in several directions and it keeps working, so it appears that he has eliminated the "flipping over" problem.

Each TPU has a thick section to it - like 3/4" to 1".  This is far thicker than required for just a single wrap around a core wire - even a thick one.


Hmm. Perhaps a "loose" coupling is required between the controls and the collector...

I was leading up to something, but screw it! 

(Polarized when not symmetrical - LOL!)

Since you have all the answers, where's your working TPU?

Just noticed this.

The ring is made of black 1/4" Plexiglass. That's why some of the ends are chipped. Also and as incredibly as it may seem, again at 38:38 you can see his right hand thumb through the Plexiglass when he tilts the bottom of the tpu towards the camera. That also explains why you could mistake an outer wire going around the TPU, which it does not. The outer edge is darker and the flat side is lighter because of the rings semi-transparent nature. That's also why it is so reflective when the two lamps are lit, you can see the bright reflections off the TPU.

It's funny, when I first started looking at this device, I saw a dark video with not much definition. But once you start looking and you start knowing what you are looking at, it starts making sense. You concentrate less on those points as they are now obvious and start looking for other angles.

More time will tell.

I also saw two white wires going to a third coil (on leg #3), but I have to look more closely. I will have to revise the drawing when I get more changes.

You have to be careful. The video can create illusions when looked at in pause mode. You have to advance or reverse frame by frame to make sure the object is on the TPU and not background crap, like his pants, the plug box, the small black object on the table, etc. In certain angles, you will see the collector #1 much fatter. Makes it look like it is wound over another coil, but it's not. Those collectors are well wound and they look tight. And I am beginning to see the collector wires are not regular round conductor wire. It resembles the ovalish telephone wires and may be more than 1 conductor. Now this is starting to make more sense.

If there are two conductors or more in the collector wires, you can use them as two fields turning. You can have them turn in opposite directions. Son of a gun, just like when he slaps his hands together to show the fields in continuous collisions.
They can even turn in the same direction but with a slight delay to create drag on the coils. I'm freaking out.

You can use one as feedback. There could be three wires in the collector wire.

Wire is important for sure. Both the collectors and coils are special wiring. Nothing standard.

@z_p_e

Maybe we should stick around here instead of spreading out too thin.

I don't remember talking about a vertical coil on the legs. Could you point me there.

@BEP

First off, I hope you were not thinking that I was pointing at you in particular in my last post. I was not and excuse me if it seemed so. I was pointing to everyone and anyone who is working on this device. Sorry again.

You know, every post I put down, I don't put down an average of 2 others. Words are words.

I would rather spend some time inspecting the hell out of this device before I make a build spec in order to reduce the variables to an ultimate minimum. If this can save others time and grief, then it is worth it.

You should ask Mannix to send you the decent quality vids im sure he has the full Xmas box set in HDTV.

Hello all,

@Roberto,

try to connect as a Mobius.

Otto

@z_p_e

Maybe we should stick around here instead of spreading out too thin.

I don't remember talking about a vertical coil on the legs. Could you point me there.

wattsup,

It's on your latest diagram, labeled as "coil #1" and "coil #2". These are vertical coils (legs) which I  can not see in the video.

The legs are obviously there, but I can not see wire wound on them. Does anyone else see wire there?

@ all
next step IS TO FIND THE CORRECT WAY TO USE THE MAG GENERATED KICK!  please do expose yours ideas  as I can check them quickly!

Roberto

OK Roberto,

A control coil - wrapped along entire length of collector - spaced so as to add two more controls - or just wrap three at once.

Find longitudinal resonance freq of the control coil.  The mag field will no be in direction of collector but perpendicular to it -    See if you can get the effect of a magnet moving along the wire - perpendicular to it.  SM mentioned that he had measured teh control coils and that they were in the Mhz range - this correlates to Mark Snoswell's longitudinal resonant frequencies in his coils.  A "loose coupling" may prove better than tight coupling with this arrangement.  Using sine waves, I expect that the effect of a magnet rolling N-over-S along the wire is achieved. 

In music, a chord is three notes that sound simultaniously - SM referred to this.

Based on the work of Sarasin and De La Rive, a circular loop of wire with a gap in it (resembles a collector coil) will resonate at 4 X diameter, yet will "recieve" any frequency.  Tesla went to visit Hertz the exaplain to him that his "resonator" (the circular loop with a spark gap in it) recieved "longitudinal waves" - Hertz did not appreciate this.  Helmholtz and many others at the time were supporters of the "longitudinal wave propagation" theory.

In short, I think that SM "chord" may be rsonant with a huge wave of electric potetnial, either "earthly" or "universally".  Review of the interactions between earth and the sun support this idea.  There are huge waves of potential - everywhere - so when you "find the circuit ptential" are you merely resonating with the ambiant potential?   Recieving such a huge amount of energy would be detrimental...

.