TPU - General Discussion

[HopeForHumanity]

I have to get in here to say this.

WOW!

This hypothesis is just brilliant. I've never seen something go so smoothly mathematicaly or verbally with what SM has shown us.

Congrats!

[innovation_station]

hi there guys

i dont think there is an osc at all in the tpu 

well we need our 3 freq gennys and an amp  and maybe some feedback?

ist


hummmm....

[tao]

It makes a lot of sense tao,  like in the TPU schematic I posted that's what I was thinking.  It could be just that, fast motion of coils through a magnetic field.   And since the whole thing is supposed to vibrate anyway, any RETARDING effect from this induction,  will just resonate it some more    Basicaly the resonating ring is free floating,  and you know what, it could be affected by GRAVITY.   Any free floating vibrating ring will be !!!!

Oh, and in the videos SM also says something about induction (after the blanked out portion in the UEC video towards the end of the tape)

@ Grumpy,  if that is true, then the iron wire is around the circumference.  It can work both ways.  Copper inside, Iron on the outside, or iron inside, copper around the outside. 

I'm excited now about the open TPU.  The magnetic beast !!!

EM

I always thought that duplicating the Open TPU was the best idea, because that was the only one we could really SEE INTO .

Plus, I was always annoyed by the fact that SM's descriptive layout for his TPUs never quite matched this Open TPU, especially the part about the collector being multistranded copper and that it was perpendicular to the control coils, the problem of course being that there is no copper collector wire/coil perpendicular to the 4 control coils around the Open TPU, unless that copper collector was IN the lower black ring of the Open TPU, which aways seemed highly unlikely.

Good point about Gravity's interaction. As the iron coil/wire is physically moving due to the sharp magnetostriction, it is interacting with the permanet magnets in the Open TPU, with the Earth's magnetic field, and all the while Gravity is pulling against it's physical movement too, good point man. A lot of interactions going on there, surely there is ample room for OU...


EDIT: One more thing to add before I go to sleep. In my readings on magnetostriction, HEAT comes up quite a bit because it is a key byproduct of magnetostriction, due to the resultant EDDY CURRENTS created during the magnetostriction process, HRMMM, sure sounds TPUish, doesn't it?... I have also come to read that magnetostriction, when it happens at a specific material's key resonance, it can vibrate the material so violently that it ruptures the material or even explodes... HRMM, again TPUish, the whole 'don't tune to close to the key frequency' talk of SM...

[BEP]

I always thought that duplicating the Open TPU was the best idea, because that was the only one we could really SEE INTO .

This is exactly why I've been concentrating on this one for the last few months. Attached is the layout I used. Yes, aluminum can be a good MS material - Now I think not good enough.

Heating? Indeed! Even when very little power goes in!

[wattsup]

Hi you guys. Really first class.

So on the TPU you are discussing about...

What happens when you pass a magnet once over a wire? That's right. We all know this.

Now what happens when instead of moving a magnet over a wire, you move its field over a wire 5000 times per second?

Does Bearden ring a bell!

So what if all that is happening is the wrapped coils are energized and this shifts the four magnet fields to simply simulate a moving magnet.

The source is the magnets.

The metal ring is like an armature that evenly disperses the magnetic field around the TPU.

The movement of the magnet fields is by the coils shifting it.

The collector is the white wire over which the field moves. Looks like Litz to increase again the wire length. Longer wire means more juice.

The coils wrapped around the magnets are the initial energy source to the circuit. These coils could also be multistrand bifilar.

Just thinking out loud.