Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[a.king21]

No, "bad science" is doing something without an understanding why it matters.

Totally disagree.
99.% of the time Edison did not know what he was doing.

[Dave45]

I think Itsu did a great job but he said himself that the mosfets werent turning all the way on, and Ismel said if you use mosfets you had to parallel 8 to get the low resistance needed.
Also something did not sound right he was using a frequency of 50 hz but you could hear and see on his scope the fets conducting then turning off then turn on, I would think at 50 hz you would never hear the fets cut off, something just wasnt right about the experiment.

[FreeEnergyInfo]

www.freeenergylt.narod.ru/index/0-9

http://www.youtube.com/watch?v=02SssZ5JOFc


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[verpies]

99.% of the time Edison did not know what he was doing.

That's why he did not go down in history as a scientist, but as a businessman and opportunist.
Doing experiments without understanding is not the way of the scientific method.

I think Itsu did a great job but he said himself that the mosfets werent turning all the way on, and Ismel said if you use mosfets you had to parallel 8 to get the low resistance needed.

Yes, Ismael Aviso said so but an appeal to authority is not the way of the scientific method, either.
It is also not scientific for Ismael Aviso to withold credible O/I power measurements (or a selfrunner) and claim excess of energy.

Itsu is fully capable of paralleling a dozen of low R_DS-ON MOSFETs with short&thick copper bars and properly driving their gates with a tree of multiple fast 8A drivers, for very fast dv/dt gate waveforms.

IMO Itsu did not invest his time and money into the above, because Ismael Aviso did not provide him with sufficient credible O/I power measurements (or a selfrunner) and did not provide a good reason why a very low R_DS-ON is needed nor a good reason why the energy gain does not even begin to happen at higher R_DS-ON.

If your faith in Ismael Aviso is sufficient to warrant a construction of a fast and low R_DS-ON switch, I would be happy to draw a schematic diagram for you how to accomplish such switching in nanoseconds even down to 0.001Ω

Also something did not sound right he was using a frequency of 50 Hz but you could hear and see on his scope the FETs conducting then turning off then turn on, I would think at 50 Hz you would never hear the FETs cut off, something just wasn't right about the experiment.

This objection is not justified because according to Mr.Fourier*, narrow rectangular pulses occurring at 100Hz pulse repetition frequency (PRF) are composed of many high frequency components - much higher than the 100Hz PRF.

P.S.
* at this point I mean the time to frequency domain transform - not the person and his authority.

[Grumage]

I think Itsu did a great job but he said himself that the mosfets werent turning all the way on, and Ismel said if you use mosfets you had to parallel 8 to get the low resistance needed.
Also something did not sound right he was using a frequency of 50 hz but you could hear and see on his scope the fets conducting then turning off then turn on, I would think at 50 hz you would never hear the fets cut off, something just wasnt right about the experiment.

Dear Dave45.

Yes indeed, low resistance is the key to this one. I used a simple Reed switch on that single experiment. However they did not last long as the contacts would weld closed !! I recently looked at the latest Akula0083 schematics (not TPU) and he was using the IRF 3205 which if I have read correctly has an 8 milliohm drain to source resistance. Pretty low !! But not as low as a metallic short !!

Cheers Grum.