@Supermagor

The guys here were doing it this way over the years. I worked independently from them but sometimes I popped in to see what's going on. There is also a topic somewhere where they posted what has been tried already.

Wow, that midnight champagne really got to my brain, especially since I am not used to drinking. lol

Guys have some good points on the table. I don't know how to look at it all. Usually when postulating a TPU theory, it is very useful to describe function but to also point to the actual physicals of the known TPUs in order to make the theory to device link, otherwise we are left open to grand misunderstandings.

@sparks

I like the theory in general but, I think first and foremost, pitch was used on the grounding rods or pipes as a fast hardening and durable insulator, since those rods or pipes have to be insulated for the earth surrounding them. Looking at your drawing, it would seem to me that your complexity level is a good 8 of 10, when the SM TPUs should not be more then a 4 or 5. That's the way I try to keep things real when looking at ideas. SM was not a rocket scientist. He found one anomaly which is a great achievement during any one persons lifetime, maybe two anomalies at best would be considered rather exceptional. He took that and applied it in varying forms, but always keeping to the base function.

I guess what I am trying to say is if you, @sparks, can get such a device idea to pan out into a working device, then in my book you would be considered an SM times 10 given the level of complexity.

Re: @EMs video

Yes we have seen that video when he made it and it is discussed on another thread.

Don't forget that @EM was using a hidden transmitter in that video, or if I am mistaken please correct me.

But what I can retain from his video, if I am wrong in thinking he had a hidden transmitter is as follows, considering he had a ring (larger diameter loop) and a coil (smaller one with the light). And consider a future control coil (CC) wound over the ring. So ring with or without a CC and a coil.

This would have to be tested of course. Now if the ring/coil worked only with a nearby transmitter, it does not matter. What we want to learn about is the after effects. So leave the transmitter on.

1) Take the ring and make the coil LED light up as you usually do.
2) It works. Great.
3) OK now wrap a haphazardly wound copper wire CC over the ring and just leave it disconnected.
4) Now try the ring/coil LED again.
5) If the LED does not light up what does this mean. We need to know why a disconnected CC is acting like a cloaking medium.
6) If the LED does light up with a disconnected CC that would be totally great.
7) Now try it again but just connect the CC ends together and test again.
8) If the LED does not light up what does this mean. We need to know why a connected CC is acting like a cloaking medium.
9) If the LED does light up with a connected CC, again, that would be totally great.
10) If 9 is valid, then take the CC ends and apply a very small dc voltage to it. See the effect on the coil LED. Play with the applied voltage level to the CC and learn the effects.
11) If 10 is valid with a still lit LED on the coil, then remove the DC power supply and connect the CC ends in series with the coil. Try that one for size and see if the LED still lights or if it lights up stronger.
12) If 10 is not good and the coil LED is not lit, try the same thing but this time use a DC pulse and sweep all the frequencies to find a working frequency that will still light the coil LED.
13) If 12 is attainable, then make a small circuit that can pulse at the frequency found, put it in series with the coil and then put the CC in series with the coil and the circuit.

Bingo you are on your way. If none of the above works, then remove the copper CC coil and wind an aluminum CC wire. It may be that you need the pulse or straight DC without the CC magnetic field so the ring can still receive directly form the CC without being cloaked to send it to the coil/LED. if this works in a loop, try eventually shutting off the hidden transmitter and see if the device can be self feeding once it is started.

What I am trying to convey here is methodology. All experiments should have a methodology that can produce either positive or negative results, but regardless of the result, you are always moving forward in your knowledge accumulation. This is the long and tedious method we all should apply to our builds, whatever we decide to do.

Don't just build, test one thing, then decide it is not feasible. You could be a few steps away from a grand discover if you use some form of methodology. Otherwise, we may as well all learn to throw darts at flies. Good luck on that one.

So when you have a build, wean it for all it can show you. Like drawing water from a rock. This will make you a better and more pragmatic researcher and all together will aid in the mutual progression of this quest for FE. You do not have to relay all your results, just anything that really stands out of the ordinary. This way we are not overly saturated with data, unless of course if it presented in a cohesive manner.

All the best. Now back to the bench for me.

   This experiment with the stout copper bars etc was done and documented by Tesla.  I would like to apologise to the poster who went through the troube of uploading a complete text of a book The Inventions Researches and Writings of Nikola Tesla by Thomas Comerford Martin for I am indebted to this person for his efforts and can not find the link on ou to get his name and thank him properly.
  I do believe that SM used the rotation of a standing wave while Tesla used the oscillation of a standing wave.  (a standing wave only stands relative to time and can move in 3d)  Well anyway if you can move the nodes and antinodes of a conductor that is in standing wave mode they will alternately change the polarity of a capacitor plate by electrostatic charge and discharge of the plate that is geometrically in alignment with the nodes.  The electrons in the load circuit respond to the electrostatic field and migrate through the load until they terminate on the plate.  Towards the antinode and away from the node.  The capacity determining the amount of current flow through the load.  If the node and antinode are caused to migrate the current is then reversed in the load circuit until the plates are equal in charge.  If the nodes return we get pulsed dc to work with if they are circulated then we get ac.  This is due to electrostatic induction. Cold currents converted to hot currents by the electrostatic charging of a capacitor. 
   Tesla used the electrostatic "movement" of polarized mass to instigate longitudinal waves through a compressible medium.  The electrons dont move persay they get more dense or rarified just like air molecules transmitting sound waves. 

8 ) If the LED does not light up what does this mean. We need to know why a connected CC is acting like a cloaking medium.


It does NOT light up,  and this is easily understood by induction theory.  This extra "CC" winding is also a one turn loop, that is shorted, so it shorts the external field and it can't induce energy into my resonant loop.

EM

@EM, thanks this says alot.

@EM, thanks this says alot.

@EM

It was late last night so let me just expand on your response of #8.

Would it not be reasonable to assume that since you know that a shorted CC on a ring prevents transfer from the ring to the coil, and an open CC does not, that given the design of the FTPU, ring with CC, that if SM was using the ring to coil HV transfer method, that either the FTPU CC was never connected or...............

This is the "or" part, in order for him to use the ring, he basically used the CC via a small transistor that would open and close the CC short. A very small transistor because all you are doing is opening and closing a non energized wire and by doing so you are pulsing the ring without any direct intrusion, a virtual on and off of the ring that would then pulse a signal going to the coil. Why pulse. because we already know from so many other tests that pulsing create peaks.

If you have gotten to stage #8, the other stages would still be valid to try from that perspective to better understand what is going on. Then even try the same test progression with an aluminum CC.

Anyways, since I do not have a working ring/coil, I cannot myself answer or try to further this, so I will leave it alone. I definitely do not want to come across as a pestering idiot, so let's just move on then.

Hi Folks,

I found this recent IEEE paper on Magnetic Resonant Coupling as a Potential Means for Wireless Power Transfer to Multiple Small Receivers

Download from here, might be useful for some of you:
 
http://www.cs.cmu.edu/~claytronics/papers/cannon-tranpe09.pdf

Happy New Year to you All!

Gyula

@WU,
The vids are cool. The bloch wall has all the action. A zero point space with electrons orienting on both sides. When the pottential changes the poles flip and there happens to be wire right there. Electrostatic creation.
You mentioned placing copies around the toroid. SM said same thing about 'many wires'.