TPU - General Discussion

[z_p_e]

@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?

[wattsup]

@z_p_e

Coil 1 and 2 are horizontal coils wound on the legs between the rings. That's about it. I did not talk about verticals on the legs themselves. But I can notice as someone else had pointed out that on leg #2, we can see it is cover with a material in order to hide what's under it. I could see a hole at the bottom of that leg. But nothing is evident to show there is a coil wound vertical on the legs.

The only other leg thing is leg #3 that has tape wound vertically over it. This is the leg were I saw another coil. So there should be three coils, four collectors but I need a little more time to formalize this.

I found the post by Duff referring to this;
http://www.overunity.com/index.php/topic,3403.msg52914.html#msg52914

@Duff

Please take some time and look some more.

@EM

How did you get such a clear image. Can you do some more of this magic?
http://www.overunity.com/index.php/topic,3403.msg52797.html#msg52797

@Roberto

FANTASTIC Result!!!!!!!!!!!! This is surely enough to get a cycle going in a loop.

If the circuit was fed by the coils through a zener diode, would this turn on the circuit if the voltage reached a certain minimal level?

I will find a plexiglass piece and wind two collectors and a center coil to see what happens with half an open tpu (but nothing fancy).

I will also try to look again at the video if there is a second magnet below the coils.

Also, I want to concentrate a little more on the circuit and post some big pictures so the EEers can have a better look.

[Grumpy]

@ 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...

[Grumpy]

@ 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...

[duff]

.