SM expose'

[HEYDUDE]

Have you seen the green plazma light that Grumpy and Gutoluc[in another thread] have spoke of?

I will go back and take another look at those effects. I believe this effect occurs when the bulbs are subject to overcurrent such that filament metals and support structures which were never intended to get that hot begin to vaporize, and their metallic vapors become ionized, each metal vapor type emitting a different color.

Ultraviolet is usually mercury vapor, common to fluorescents, copper would be light green.

I could be wrong about that, but I have seen something very similar before. I'll look into it.

[Grumpy]

My coils could not withstand the forces - they last a few minutes.  One very currious thing is that when the left coil arced between the windings it was a green arc - just like in the picture - and the arc was very localized.  The right coil arced across (when ran by itself) about two inches of windings in two places and the arcs were white/violet - just like the other arc in the pictures.

Everyone says that the RE arc is "green" - so until proven otherwise - RE it is.

Wire is 28 awg with HT insulation - it was a little dinged - removed from top of a large spool - I was surprised it worked at all.  Length was about 250 feet for each - wound on Folgers' plastic coffee cans - yes I made a jig to wind them with.

Will re-wind the coils.

Arc in pictures are all between aluminum plates - I seriously doubt it is from any trace Cu in the metal or that coper is in the circuit.

[turbo]

He only mentioned two transformers slightly out of phase.
You show four in your pictures.

The reason i used 4 is quite simple.
At that time i did not have a mains to power the experiment and that is why i used two step up transformers to get to higher voltage levels which are needed.
Offcource this has more advantages because the DC feed from the battery's is ultra clean, this would elliminate the chance of noise from the mains getting into the output signal.
Therefore i can say the output was generated by the setup and cannot come from motors or fluorecent lights etc.. that were on the line cause it was battery powerd.

Also he said there was hash and all kind of frequencies produced.

True and i have also seen this hash it just depends on the out of phase level.
You can get hash or nice kicks it all depends on the signals.
He said you can generate all kinds of signals and that is correct.

Your scope shot shows a very periodic pulse type waveform typical of transformer saturation effect
and no hash. That screen should be nearly filled with all kinds of noise floating by.

I will attach some more scope shots for you to see what else i saw using other settings.
The transformers were driven at their normal voltage ratings, i had especially bought them for this experiment.
If they were going into saturation, it was a result of this signal mixing and maybe even a result of this kick.
These kicks were app+/- 2500 Volt while i was only putting in 500V.

Can you explain or present your work in an appropriately detailed technical document?

I do not have much time at this moment and,
It is just like the man said and he has written it for us.
I am not going to repeat his words over and over again.
However i might want to point out to the fact that the 500VDC has to be floating on top of the 5VAC from the HTR.
In other words there are seperated grounds.
This is important because if it is entirely grounded the effect won't show up and pherhaps this is the mistake many people are making or they are just not realizing what Steven was doing.
Mannix has sent a scope shot to Steven and he confirmed these spikes were the ones you should see comming from a working TPU.

I do not know what is the reason that you did not get the results you wanted.
In power generators we usually find a static field be it the result of permanent magnets or electromagnets, and we also find a rotating element or elements.
Needles to say if we take out the magnets or the electromagnets the generator will not produce any power.
The same happens when we leave out the rotating element(s).

You can see in this example we need the both of them to work, if we leave out one out of two the thing just won't work.
We can create a high speed rotating field but without the (electro) magnets it will not put out any power.
We can also create a strong field but without the rotating field in it's presence it will again not put out power.

This is why it is important to make sure you got all the ingredients up and running to make it happen.
The field around a magnet is not directly coupled to the magnet.
You can see this when you rotate a magnet on it's own axis.
The field is stationary in space.
By moving the magnet we move the field and doing so we can induce currents in wire.
However since the field is stationary we can also create the apperance of a rotating field by pulsing coils.
Here it gets intresting because we can pulse coils so that they create a magnetic field, but we can also pusle coils with pure high voltage potential...
In the one example we end up with a spinning magnetic field and the other a spinning high voltage field...
You can imagine what a generator without frictional losses will do when it is driven up to incredible speeds.
And especially when we pulse them so fast and high, that they start to spread Radiant Energy all over the place..

Now i am wondering if this post is again starting to look like one of Stevens, the one where he talks about moving the magnet over 1000 pcs of short wire.

So i do not know who you are but all i can say is that you need to combine the elements and not to focus on one specific element.
I remember i was also fixated on the high speed rotating field and this was the only thing i was trying to create.
Offcource this never worked.
Then i started to see the importance of the other elements and how they all work togheter to create what Steven calls "The phenomena of magnetic collection"

Exuse me for the long post but the words kept comming.

Marco.

[ramset]

HD   WOW!!   I think you will get your wish {to see it before you leave this world] And BTW amazing builds   Chet

[Michelinho]

@ -[marco]-

However since the field is stationary

However since the field appears stationary (frozen in time).

If you introduce the Delta T factor (here rotation), your field is not stationary, but very active.

Take care,

Michel