Partnered Output Coils - Free Energy

[Drak]

I have for some time been trying to show the work of Gennady Markov and how is it closely aligned to the rest of this Tech!!!

URL: Gennady Markov - Bi-Directional Current Transformer.

   Chris

Interesting transformer design, have you tested this? Or anyone? 

[synchro1]

LOL.  Dude:  once again, the 241 lumens comes from your figures.     The 3W value is right there on the box, and 3W is what you said is going to the LED.  the 80.55l/W value is credible for OTS consumer LED bulbs.  If you can't handle 3*80.55 there is help on the www.

@MarkE,

You lack the "horse sense" to realize you're off by a full astronomical parsec.

Look at this LED Light - to - Photo cell feedback on NILS OU video by Lidmotor:

https://www.youtube.com/watch?v=R31eZuzwFsE

[TinselKoala]

@Void:   Can you come up with a way to generate that 20V p-p input signal to your transformer... for free? Without using any power?

Do you see what I'm getting at? It appears to me that you have simply drawn your "black box" boundary in the wrong place. Why not measure the cost of generating that signal and feeding it to the transformer? That would be a truer measure of the actual input power to the system, don't you think?

After all, that's how I'm doing it. The 555 oscillator section of my testbed is powered in parallel with the main power coming in to the transistor and coils and its power dissipation is included in the input V and A that I'm reporting. The 555 timer has to provide substantial current in order to drive the transistor. If I used a separate power supply to make the drive signal for this kind of setup and didn't include it as input power, well... that would be ignoring a major part of the power that makes the system work. A real nitpicker might even want to include the power to the power supply itself... but I'd counter that with the fact that the oscillator and partner-coil EMJ-Meyer board could be powered by any DC source at 6.7 V and 1 A, like a simple battery.

In your case,  the source of the 20V p-p input voltage signal is a major part of what makes the system yield the measurements. The power used to generate that signal and feed it to the transformer should be considered the real "input" to the system. If you set up an oscillator/driver so that it could be powered by a generic source like a battery, power supply, etc. then I think you could stop there and call the supply to the oscillator the "input power" to the system.

I think it would also be interesting to monitor carefully the temperature of the core of the transformer. Is there any power being dissipated there? Just where is the power that the oscillator _must_ be producing, going to?

[TinselKoala]

@MarkE,

You lack the "horse sense" to realize you're off by an astronomical parsec.

Look at this LED Light - to - Photo cell feedback on NILS OU video by Lidmotor:

https://www.youtube.com/watch?v=R31eZuzwFsE

There you go, falsely misrepresenting the work of others again. Just look down the page at the comments.

Scenariobaby--- See my next video but basically it was a false indication of in vs out energy.  More was going out than in and the system did not self-run. I'm still working on it but in a different way.

(emphasis mine)

There is no OU shown in that video or in any of Lidmotor's projects. Five years ago that video was uploaded... and Lidmotor and Dr Stiffler are still running their homes and laboratories on conventional power sources like the commercial electric grid.

You should stop insulting people who are right and can prove they are right with correct calculations and references to manufacturers, and you should stop misrepresenting the work of others as being something it is not. Because when you continue to do those things you just make yourself look increasingly silly, immature, and ignorant. It's tiresome, really, and distracts from the efforts of people who are actually telling the Truth about what they are doing.

[TinselKoala]

I want to know if TK is getting his prize for his answer.  Maybe I missed this?

My answers came right from papers written by Tom Bearden, whom I do not agree with.  If all of his ideas were correct, my computer would not be working right now.

Bill

Heh... I've heard no further mention of it. But I've requested that any possible "prize" or reward or donations be sent to Chet (ramset) who will know just what to do with it.