Confirmation of OU devices and claims

[AlienGrey]

Here is a whats calmed to be a working yoke wave form however the 'current' waveform appears attenuated or clipped on the negative half cycle be aware also that 'current' is also a magnetic influence in this pinch effect wave, is this what your ignoring which is quite fast and I doubt any cheapo hall device will detect.

[a.king21]

Itsu:  One further point.  When the phase conjugate mirror occured the coils went stone cold and the earth wire went stone cold. Also the big coil went stone cold.


Try this.  Measure the gauss on your big coil at start up.
Tune the big coil in and out of resonance. What does the gauss meter show?


Then attach a ground wire to the negative of your big coil at resonance . what do you see?
Then attach the ground wire to the positive of your big coil - what do you see?
Turn on a plasma ball and compare the gauss measurement.  What do you see?
Turn on a HV module and measure the gauss.  What do you see?

[WhatIsIt]

Itsu:  One further point.  When the phase conjugate mirror occured the coils went stone cold and the earth wire went stone cold. Also the big coil went stone cold.


Try this.  Measure the gauss on your big coil at start up.
Tune the big coil in and out of resonance. What does the gauss meter show?


Then attach a ground wire to the negative of your big coil at resonance . what do you see?
Then attach the ground wire to the positive of your big coil - what do you see?
Turn on a plasma ball and compare the gauss measurement.  What do you see?
Turn on a HV module and measure the gauss.  What do you see?

It will be easier that you show your measurements, so he can compare it.
That way we all can see and assist on the results.
This is new approach with gauss meter, and new method. Which can yield some conclusions.

So, my fingers up!
We are all listening!

[gyulasun]

...

Hi a.king21,

I am smiling at your remarks fraught with malice.     

By the way, when writing on such forums I never consider to defeat anybody nor to be in a winning situation.  Correct science is in focus, that is all.  And I never comment topics on which I have no either (already proven) theoretically or experimentally correct knowledge.  And I often write: I will always be stand corrected should correct measurements prove me wrong,  I will always acknowledge that.  So just go ahead and show your measurements.   

It is easy to write about coils and earth wire going stone cold: make a video with temperature measurements by an infra thermometer.

And I have already explained to you: when an LC circuit is excited by an AC current whose frequency is the same as the resonant frequency of the LC circuit, the EM field (which includes the magnetic field of course) definitely increases to a maximum and then decreases as you tune the circuit out of resonance, your flux meter can show that.  But you have not shown any extra output power or energy: why?

When you attach a ground wire to the negative or to the positive of your big coil, the first big question is whether your coil is driven fully ground independently or not by your gate driver (or by your function generator)? 
Normally, the negative of the gate driver is at ground mainly from the function generator and / or from your power supply and this ground may connect to the mains ground what then you connect to a ground wire: you need to check for possible ground loops etc.  And in such situation when you ground the other side (the positive one) of the big coil you virtually kill or greatly attenuate the resonant voltage across the coil.  Demonstrate it if these are not so. 

Gyula

[tomd]

I think this thread which discusses electrostatic induction rather than magnetic induction may apply to Don's circuits.
https://overunity.com/18239/the-solution/msg535167/#new