Towards Realizing the TPU

[Mannix]

I have been following the work here for almost 2 years now and as far as I can recall EM has always contributed in a positive and constructive manner and has always  backed up his posts with good science.

I think it's a shame that a few of you are being RUDE to him.

In my mind it says more about your character than his...

I agree,
Em is Honestly trying to help us as he sees fit.

This is very hard and Em thinks he has the solution.
I hope he will share the solution and not just tell people to stop wasting their time , but show them so.

This is why people get a bit bad mannered..because they see his suggestion as bad mannered its a cycle that best to stop.

I think he has contributed a lot in the past ..but dont forget he has played a few naughty tricks as well.

We need our belief systems to be validated and is very difficult not having an actual solution in front of you.

so for em its power lines...end of story  unless he can actually do it.

Im still interested in what he has to say except for when he goes house hunting with the wrong house.

I still say If he can do it he will be a rich man very soon.

As I dont know of any body else who has ever  done it  with great power levels.



Lindsay



We are complicated people and understanding a tpu might  well be as hard as other things

[forest]

@forest

Your figure 1, for the reverse to be true, it has to be the same way as the plain and switch only the arrows. As you show it now, it is only left view and right view of the same direction.

@wattsup
It's true , believe me I checked on ring because it was hard to visualize. If you have a circuit in ring shape and DC current is flowing in it, mark an arrow in direction of flow on bottom and top of the ring. Then turn ring as SM shown in video.Arrow will point in opposite direction because flow is still the same inside ring but symmetry is different (like in mirror).Of course connection to power source is untouched.

In case of Fig 2 , flow is sustained by external force (!) which is out of this symmetry manipulation and always point in one direction. It's like sparks likes to say : different frame of reference.

[forest]

Look what I found.
http://www.britannica.com/EBchecked/topic/445045/particle-accelerator/60511/Betatrons

"(...) An electromagnetic wave is in effect a combination of oscillating electric and magnetic fields vibrating at right angles to each other. The key with a particle accelerator is to set up the wave so that, when the particles arrive, the electric field is in the direction needed to accelerate the particles. This can be done with a standing waveâ€"a combination of waves moving in opposite directions in an enclosed space, rather like sound waves vibrating in an organ pipe. Alternatively, for very fast-moving electrons, which travel very close to the speed of light (in other words, close to the speed of the wave itself), a traveling wave can be used for acceleration."

[Smart Monkey]

    A copper conductor is a room temperature negative plasma.  The ionized neuclear cores are distributed in the core of the conductor whereas the electron cloud is in the skin of the conductor.  Please click on the link below for a better understanding of how and why SM utlized the high frequency kick.  The kick can reach into the gamma ray portion of the emwave spectrum.  The photon stream introduced into a plasma resulting in the below described events.

http://en.wikipedia.org/wiki/Plasma_acceleration

[wattsup]

@EM

Do you  have any idea what the ambient HV is like. I mean is it mostly positive or negative or both or is it mostly static waves or magnetism. There must already be tons of documentation on the type of this ambient energy. I don't really know anything about the subject but there should already be instruments that could be modified to catch more of this energy. I say push ahead and let the chips fall where they may. If that is proven to be the case, then that is really SMs problem because we will still work to make a "real" TPU. And, in any case, what we do to find the TPU will help you find if this can catch HV from the lines. lol

@otto

I am thinking the tube analogy was for system function. While using the tubes, SM must have had an idea to replicate the tube but in regular atmosphere. When you send 5v to the cathode, this low frequency voltage creates a semi-plasmid condition of the cathode that increases the molecular frequency of the cathode material. The incoming electrons cannot stay in such a dynamic plasmid condition so they shoot off the cathode and once free they are attracted to the plate collector but at the speed of their impact with the plate. So you can increase the frequency of a material by heating it or you can increase just the frequency without the direct heating.

So I understand what you are saying but I still need to look in other avenues just to make sure.

Looking into Dielectric materials, I found these two web sites located here;
http://www.birkelbachfilm.de/e/index200.htm
http://www.ttiinc.com/object/me_zogbi_20071015.html

Notice that the FTPU was on a plastic reel, the OTPU had two plastic rings and the later TPUs had some black material in the rings that could be some type of polysulphone.

Then I found this document and I put it on my ftp site here;
http://www.purco.qc.ca/ftp/Researchers/Plasma%20Research/
Just click on the pdf file. Check the first paragraph on page 5. Sometimes, someone elses problem can be a solution if we read between the lines.

Before I continue with various FTPU builds, I am making a diagram of how I think it is and will post it here. The diagram will propose various wiring schemes for testing. I know that @Vortex1 would be interested in this since he has been waiting for some time now and if there are others able to do some testing with the wiring diagrams and come back with results.

If these results could be tabulated, then such information would be useful for the next round of tests and eventually, we could pin down a closer build spec.

About the rings, remember "wire is very important". Yes is could be a copper wire ring, but is it one strand or multi insulated or non-insulated strands. I am also looking into a ring using tantalum wire (if I can find it), because tantalum is a known capacitor material. Or better still to use rings that have the same material as the anode and plate materials of a vaccum tube. So one ring in one material and the other ring in another material, since one would be positive and other negative potentials.

From the third link above, I am thinking the ring could be teflon coated aluminium wire of about 12-14 awg. The telfon would make a very good dielectric for the outer coil to effect. The outer coil wire is not regular either. I would say the outer coil insulator is transparent and very thin to have th ebest or closest contact between it and the ring, but I have not found a wire that would give a good visual.

It just means more fun.