Steven Marks secret

[dankie]

Its rather weird , I dont dont actually know why it is doing that , what is it sitting on EXACTLY .

But ... I can test it with pure luck .

Raffining that thing will be some  WORK however .

This needs a fast programmable microprocessor , I dont know that  however so I overcomplicate thing with analog .

Its all really interresting ... But it is beyond my current knowledge of calculations . This stuf is just a pain in the ass unless I get it all handed it to me.

You need to be clever to put it all together , not only electronics but knowledge of how the physics play out .
Gib me , impedance of all coils , core type , and frequency of operation of a working TPU .

[EMdevices]

very interesting article sparks,  it probably is related to all the other faster-then-light schemes.  It's no secret that phase velocity in a waveguide can be faster then the speed of light in free space (approx 3x10^8 m/s) but information (or group  velocity) is a lot slower and depends on the dielectrics used.  This article seems to be written as a digest of the actual research, so I bet that in reality this is nothing more then phase velocity they are talking about, which doesn't surprise me one little bit.

P.S.   I just realized something else, look at their implementation, they have digital boards that switch the electric field.  Light moves about 30 cm in 1 ns, does that tell you anything.  I tracked down the original article:  http://www.lanl.gov/news/index.php/fuseaction/1663.article/d/20081/id/12337, highly doubtful the editors fully understand what they're saying, just like I thought.

EM

    Grumpy should enjoy this official verification that electric fields can move faster than the speed of light.  If we take a charged capacitor plate and move it towards a capactior plate of opposite charge how fast does the other plate know the first plate has moved.  Not the speed of the other plate but how fast does it recognize the other plates change in space.  Polarization currents are pretty darn quick.

http://news.softpedia.com/news/Experts-Create-Radio-Waves-Traveling-Faster-than-the-Speed-of-Light-115431.shtml

[forest]

My answer from other thread :
"I will tell you how in my opinion that radiant effect is produced. On a peak of DC impulse sent into transformer/coil ,magnetic field is collapsing and changing direction.In correct moment another DC pulse should be generated on transformer/coil  a little bit stronger that collapsing one.  In small amount of time those two fields look like a hollow sphere sound source because the collapsing field and increasing field nullify each other effects except small area far from the source (coil) when second impulse was stronger then collapsing one."

Hmm..compare it to that article.... very interesting

[forest]

The same can be done with another sequence : first stronger impulse then weaker, with a proper timing.

[wattsup]

    Grumpy should enjoy this official verification that electric fields can move faster than the speed of light.  If we take a charged capacitor plate and move it towards a capactior plate of opposite charge how fast does the other plate know the first plate has moved.  Not the speed of the other plate but how fast does it recognize the other plates change in space.  Polarization currents are pretty darn quick.

http://news.softpedia.com/news/Experts-Create-Radio-Waves-Traveling-Faster-than-the-Speed-of-Light-115431.shtml

@sparks

Yep, in a second take the sun out and pitch black will get here in seven minutes, but we will already have veered off our orbit the next second, same goes with Pluto and the rest of the gang. Oh, down boy. lol So how fast is that?

@otto

Good video. Thanks. I see the point of your video. If you were pulsing at 5000hz, I would understand that the coil would make nice whizzing sounds from internal loose coil wire vibrations, but at 200khz, seeing it move is very out of the ordinary. One would not expect that at such high frequencies.

@GK

Nice cake. Three series primary and secondary loops. Which is which? Is the primary the bottom round coils used to make a vortex field that impresses transfer around the vertical rising secondary, or, is the primary the vertical rising coil used to pulse one polarity through the bottom secondary to create a potential difference.

A side note.
Here is an image of a copper atom.
Seems to remind me of @Bruce_TPUs build and also in a way of your above photo. lol

I am worried that maybe Bruce is not getting the results he is anticipating and this may be due to the three windings meeting all three at the bottom, two in the middle and one on the top. Seems there may be some potential cancellation effect that would be going on if the timing is not perfectly matched to each coil set. The challenge will be to find the first two coil frequencies that will not cancel each other, then the added dilemma of finding the third that will not cancel one or both of the others. Add that to having the three coils at different total wire lengths and this is definitely not an easy puzzle to resolve. I imagine the lowest frequency would be the shortest wind and go higher from there for the others.

Also, I am thinking that if the three horizontal loops were in series, the total loop would undergo a difference in potential from the top (one vertical coil) to the middle (two vertical coils) to the bottom (three vertical coils) acting upon them.