Kapanadze Cousin - DALLY FREE ENERGY

[stivep]

So now we have different guy different oscilloscope and clearly shown  flat Tesla coil the pancake.
https://drive.google.com/file/d/1gRnLzGpFYIfDgpT-oJ64QtHuPVfeRETc/view

[Void]

Hi Wesley. Yes, that other scope trace also looks weird as well.
I don't know their circuit setup however, but maybe if they are
producing a very strong field of some kind in the close vicinity of the scope
from a coil or whatever it is adversely affecting the scope's trace operation. Before
considering more weird explanations I think it would be a good idea to consider any
possible more normal explanations for what is happening first. Something they are doing could
possibly be adversely affecting the scope's operation due to very strong fields or strong EM pulses,
or something else along that line.

All the best...

[T-1000]

60 watt looped device
https://www.youtube.com/watch?v=907mbrBb1Hg

Hi

Just to be more precise, the 24V power supply is from mains in the video. When bulb is not lit it takes about 0.5A for katcher. When top load capacity increased with additional heatsink and 60W bulb is lit it takes 2-3A of current.
Nothing unusual there as you can see.

It looks like time reversal.
Wesley

Nothing is scary there because scalar field (torsion field) penetrates all matter usually.
Which influence parts in the scope what was supposed to be shielded from the external interference.

Cheers!

[TinselKoala]

So now we have different guy different oscilloscope and clearly shown  flat Tesla coil the pancake.
https://drive.google.com/file/d/1gRnLzGpFYIfDgpT-oJ64QtHuPVfeRETc/view

"Clearly?" good grief, that's the most unclear video I've seen in a long time.

But that one is almost certainly a case of overlapping traces due to false triggering of the oscilloscope. The first one is undoubtedly the result of some magnetic or electric field affecting the horizontal positioning of the scope beam. I've easily reproduced that sort of thing on one of my CRT scopes.

Think about how an analog scope draws the beam and how the horizontal sweep circuitry works to guide the beam. Now carefully consider what some kind of "time reversal" would really look like on an oscilloscope. Does the "reversal" occur in the device under test, or in the oscilloscope itself, and how does it manifest itself? Can it really affect the beam in the manner shown in the images?   

[TinselKoala]

Nothing is scary there because scalar field (torsion field) penetrates all matter usually.

That must be why it is so hard to detect -- it passes right through everything without affecting anything.