Kapanadze, Stepanov, Barbosa-Leal and the Secret of Free Energy

[forest]

you put 220V 0,5A into and get 220V 23A at output
that's how it works
very simple
you already know the answer , Guntis told you

[Void]

In comparison, a similar audio analysis I did last year of some noise from the Kapanadze
Aquarium 1 video showed four prominent peaks right at 200 Hz, 300 Hz, 400 Hz, 500 Hz,
and the peaks at 600 Hz and 700 Hz are a bit lower but still prominent, and the harmonic
peaks continue at regular 100 Hz intervals from there and climb in amplitude as the frequency increases
up to about 1.5 kHz. A waveform shape that has all harmonics occurring regularly at both the odd and even
harmonic frequencies is a sawtooth waveform. So the indication from that audio analysis is the Aquarium 1 Kapanadze
device was possibly operating at 200 Hz, and this waveform (which was making the noise which I analyzed) may possibly
look somewhat similar in shape to a sawtooth waveform. This is of course assuming that the actual electric waveform
in the Kapanadze device causing the buzzing noise that is heard is at all similar to the audio noise it was generating.
That is not at all for certain however.


P.S. I have also attached a screen shot of the time domain waveform of the buzzing noise which I did
the FFT audio analysis on. You can see that the audio waveform at least is somewhat of a sawtooth
shape, but that is no guarantee that the actual electrical waveform in the device causing the noise
looks really similar, but it may look similar.
All the best...

[Void]

Here is an audio FFT analysis of some buzzing noise from around 11:48 in the Kapanadze green box demo video.
(I used the video that has the English translation as captions).
The buzzing noise FFT pattern is different again, so go figure.

There are four harmonic peaks between around 400 Hz to 700 Hz which are
pretty close to being right on hundred Hz divider lines, but some are off a little bit.
You don't have the big peak at 200 Hz in this buzzing noise from the green box demo video.
So, it looks like trying to read anything definite into this audio analysis is not so clear cut.
The buzzing noise is not always the same, it seems.

This FFT sample also has the harmonic peaks occurring roughly about every kHz above 6 kHz,
so that is interesting.

It is also interesting that in all three FFT audio analysis tests I did of buzzing noise from three different
Kapanadze devices, that 50 Hz or 100 Hz never show up as prominent frequencies. Make of that what you will...

All the best...

[Zeitmaschine]

We are sure all the videos are running at the correct speed? Recorded on analog video tape then digitized then uploaded to YT, converted there to mp4, then downloaded, maybe re-uploaded between? The 2004 video metadata reads in one version 24 Frames/Sec in an other version 25 Frames/Sec.

BTW, the noise in the green box video is most likely generated by the fan in front of the heat sinks.

[Void]

Hi Zeitmaschine. I am not certain of anything, but the audio didn't sound noticeably off.
Any compression and processing done by Youtube on a video can degrade the audio
fidelity quality, but it shouldn't alter audio frequencies unless something is really
not working right.

Of course the fan in the green box video was making some noise, but I have never
heard that kind of fan making a buzzing noise like that. There was of course a mixture of sounds there,
but that is why I used the FFT analysis as it gives you a good view of the entire frequency content.

Anyway, I just did the audio analysis to see if it shows anything interesting when comparing between
a few different Kapanadze devices. I am not attempting to draw any definite conclusions from it. Also,
as I mentioned, whatever audio buzzing noises the devices make would not necessarily correspond
exactly or even closely to the electrical waveforms and corresponding frequencies used in the devices,
although there may be some real correlation to some extent. I do think it is interesting that the buzzing
from the three different devices does not show any prominent audio frequency content at 50 Hz and
100 Hz,  but as I said previously, make of that what you will. It would probably be an interesting comparison
to do an FFT analysis on a 50Hz or 60 Hz power transformer powered from the grid that is buzzing to see what
the audio frequency content is for comparison.


All the best...