The TPU uncovered? (A PROBABLE technique.)

[aleks]

If SM or Tesla for that matter was able to create a scalar emwave then it stands still in 4d and along comes the Earth field, and there is a relavent exchange of energy between the two inertial frames.  A collision of two inertial frames with potential energy stored in each. An accident in the aether.  A magnetic field crossing a conductor.

Well, maybe. The scalar wave (or DC acoustic wave) is inertia-less and in this respect it is independent from Earth's inertial system, that's why it can supply energy to Earth's inertial systems (e.g. to free electrons in a collector coil). However, this does not stand true for rotating magnetic fields - they are inertial systems born in Earth's inertial system, they'll cease to exist after transferring all their energy back.

[Grumpy]

use your grey matter and put the SM clues and grumpy's, spherics', et al insights together. there is something there based on all this, and it's not down the otto/gk path.

So true, so true.

[pauldude000]

I am sorry this came so late, but "when I have some more free time" has turned out to be now. 

I destroyed my timer circuit getting these..... (the one I was overclocking to almost 5Mhz... grrr . ) I was direct driving it, and a second set of trial photos I was in the process of making with different effects, I just KNEW better than trying to low duty cycle spike it higher frequency.... now I have an awesome function generator, that puts out nice square waves, until you load it in any manner. The the circuit goes screwy. Scrap and build another.

Oh well

Anyway, I was going to demonstrate that square wave input can produce AC sines in a resonant circuit. Understand that the coil is large, with a tiny (I think 10pf if I remember correctly) capacitance, as I want it to act as a resonator. Now to the pics.

First, a pic of the input wave taken at 1volt per division as a reference as to oscillator output.



Here is the ouput at the same 1volt per division setting:



I lowered the volts per division to more clearly see the pattern:



Now, I moved in for a super close up view, to demonstrate what I have been calling a "ghost wave", which is due to the resonance:




These were the sines. With this particular setup, I achieved AC sines, but rather horrid waveforms. Of the pictures I took before this particular circuit blew, I have only one. I adjusted the circuit to demonstrate "kicks with tons of hash"....



I managed to get the pulses, with alot of hash, but nowhere to the extent I was after as I have seen much better. I got the hash, then the circuit blew, so we will have to settle with this for now. I think an AC pulse backfed through a low cycle into my circuit.

Paul

[infringer]

You know what they say better late then never

I'm still awake I know I aint much help but I do appreciate the visuals.

They help me understand a little more at a time just what is all being described.

Keep up the research pauldude and please do post visuals it gives the thread a lot more content.

Thanks
-infringer-

[aleks]

These were the sines. With this particular setup, I achieved AC sines, but rather horrid waveforms.

These results are of course what a resonant low-pass filter may produce. Below is what an 'idealized' -48 dB/oct resonant low-pass filter and a serie of -6 dB/oct high-pass (DC blocking) filters produces when applied to a perfect square wave.

These are obviously not sine-wave segments as noted by Otto. In Otto's case these sine-wave segments "swallow" (replace) MOSFET discharges, they do not look like a filter.