Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Hi Void,  Don't forget Akulas's device stopped working in Germany. Also something to consider what Romanov shows again in his movie I posted earlier  - Magnetic field of earth is more complex. Romanov actually compare it with the sun, where you can see the eruptions. Something similar is on the earth.  It is not just only north and south pole between which are flux, bu there is several (or a lot of) some small local ones too. Which reminds me I was actually watching some document about the same short time ago.  I just want to say you might be lucky and be in energized place or you you have just bad luck Remember document about Don Smith, with some Geo whatever Map on his table?

Hi John.k1. How was it confirmed that Akula can't get one of his high power devices working in Germany?
Could that possibly be only a rumour?  That may the case however, for all I know.

I have to emphasize again that Akula has showed various lower power devices self-running without any apparent
direct earth ground connection, and Akula showed that his second high power self runner could self run without
an earth ground connection. If we allow that these Akula devices might not be fakes, then I don't think this point about
earth ground connections can be overlooked. I have no idea what Akula's devices may be tapping into, and it appears to
me from watching all of Akula's latest videos that Akula himself probably still does not know what these devices are really
tapping into, even though Akula has offered up a few theories in the last couple of years about this. So far, Akula's 'theories'
on what he thinks makes it work seem to change with the wind, and also seem to be questionable at best.   

Good luck with your experiments. I will report back here if I find any interesting or magic frequencies in my own experiments...
I am not convinced at all that this 'magic frequency' is related to the ferrite material itself, as it seems to me it could possibly relate to
something else entirely which we just don't know about yet, but I think a good starting point will be trying to replicate the results
reported by Wesley and T-1000 regarding the Lithuania experiment # 2, using a similar ferrite yoke core. From there, if I see any
interesting results, other experiments can be done to try to understand it further... From what Wesley described in his summary video,
it shouldn't be too hard at all to set this up and runs some tests...

[Dog-One]

Between the yoke and induction heater coil there is a series capacitor.  In this circuit, measuring amperage with a current sense transformer, has  anyone been able to get the wish-bone wave form as shown in the scope shot below (yellow trace)?

I have tried driving with an audio amplifier and can only get a normal sine wave, so I know this will never work and have abandoned any further testing using an audio amp.  Currently with my push-pull and using a nanocrystaline toroid core I'm still getting a normal sine wave.  My hunch is one needs to sequentially remove one turn on each primary until this wish-bone pattern shows up.  If it's not possible to achieve this waveform with a nanocrystaline core, then I think a ferrite core is mandatory.  Whether or not a ferrite core can handle this abusive drive for any sustained amount of time is still up-in-the-air.

I think part of the trick is placing the yoke into full or partial saturation.  Maybe verpies can weigh-in on this.

[Void]

Between the yoke and induction heater coil there is a series capacitor.  In this circuit, measuring amperage with a current sense transformer, has  anyone been able to get the wish-bone wave form as shown in the scope shot below (yellow trace)?
I have tried driving with an audio amplifier and can only get a normal sine wave, so I know this will never work and have abandoned any further testing using an audio amp.  Currently with my push-pull and using a nanocrystaline toroid core I'm still getting a normal sine wave.  My hunch is one needs to sequentially remove one turn on each primary until this wish-bone pattern shows up.  If it's not possible to achieve this waveform with a nanocrystaline core, then I think a ferrite core is mandatory.  Whether or not a ferrite core can handle this abusive drive for any sustained amount of time is still up-in-the-air.
I think part of the trick is placing the yoke into full or partial saturation.  Maybe verpies can weigh-in on this.

Hi Dog-One. I think Itsu did some similar tests to try to get that same sort of current waveform in the
high current loop on the secondary side of the yoke, and I think what was determined as causing that
funny shaped waveform for the current waveform, is that the small toroid used as the current transformer
which is used to measure the current in the high current secondary loop is going into saturation. Because the
small current transformer is going into saturation, it makes the current waveform look like that... At least that is
what the explanation was at the time, from what I recall... Seems to make sense.

[Dog-One]

... is that the small toroid used as the current transformer
which is used to measure the current in the high current secondary loop is going into saturation. Because the
small current transformer is going into saturation, it makes the current waveform look like that...

The photo above is from Sergey.  He is using the same current sense transformer I am using.  So I'm not convinced.  These are accurate and reliable sensors and I'm pretty confident it is measuring the current actually passing through the wire, surely within 100 amps.  The homemade wound toroid sensor Ruslan used I would be suspicious of.

Anyway my point is:  If we cannot get this basic waveform signal, I think we're dead-in-the-water making any further progress.

[Void]

Dog-One, I don't know for sure one way or the other, but maybe Sergey has a lot higher
current in his secondary loop than you? Possible factors which may make a difference are peak driving voltage to
the primary, or not being right on the resonance frequency of the total secondary LC, or having different winding
impedances,  or having a different secondary series capacitor value. All would impact secondary current amplitude.
Unless you guys are using the exact same toroids and winding counts and series capacitor value, etc., it seems to
me you could easily be seeing fairly different secondary loop current amplitudes.