Kapanadze Cousin - DALLY FREE ENERGY

[nelsonrochaa]

Nelson,

Reference the new video you posted, please explain what is unusual or special about a 9V PP3 alkaline battery lighting small bulbs and powering an LC oscillator quickly charging a capacitor to a high voltage.

Not only quick charging the cap , or recover the bemf   , the circuit is not depleting the source when charge the cap , the cap is not fill with electron mass flow current but by massless displacement current  is the difference .
Try and see .

[Hoppy]

Not only quick charging the cap , or recover the bemf   , the circuit is not depleting the source when charge the cap , the cap is not fill with electron mass flow current but by massless displacement current  is the difference .
Try and see .

Nelson,

You do not show a separate 'load' output on your posted circuit diagram. So how is this output connected into your circuit, which you say (in post 9932) represents what we see in the video?

Also, where does the switch connect into the circuit and what is its function?

Please re-post the circuit diagram with the above inclusions to enable readers to replicate the circuit and verify the 'effect' you are describing.

[NickZ]

  quote:
  " In this invention, it is not the purpose of the primary source to furnish current and dissipative power to the external circuit. The bipolarity of the source is utilized primarily as a dipole antenna to receive the bidirectional EM wave energy flow from the vacuum, and direct it without entropy through a switching unit to the collector".
                                                                                                      end quote.

   Well, although we've heard that all before, I don't know if that invention was ever put into practice. But, it is a good explanation, if that's whats really supposed to be happening.
  Separating the input source from the load may not be as easy as it sounds, and the feed back path or how the device is to self sustain itself, is not really mentioned there, either.
  All in all, it's interesting stuff... And I'll keep it in mind.  Especially the part about the capacitor recharging itself without any external man made input source. Which is no small matter.

[AlienGrey]

Nick what ever you say sounds like jargon though rather than what's happening, the way i see it is this, or what i have picked up, you have a relay coil, that coil will have a charging time 'inductance' when it's powered up, then once charged you need to isolate it from the charging circuit and save the 'fly back, which appears to be more energy than what's used to generate it, providing all the timing is correct, if its on too long you waste it in the charge , if it's not on long enough it doesn't charge correctly, and then you need to grab the isolated fly back and use it or store it. simple as that, cus that's the trick.

Has any one made and tested it yet ?

[NickZ]

   Aliengrey:
   What I mentioned sounds like jargon to you, that's not what's happening?  I don't know what you mean by that, as the quote above is NOT something that I came up with.  In any case,  thanks for your evaluation.
   Perhaps you'd like to show us how you make a self runner and separate the input from the output, simple as that.  Are you going to show us how it's done, or waiting for someone to follow your jargon?

  As there are no schematics showing how this isolation tactic is properly done, I'll wait and see if someone else will try it out, first, and report back.  I've got other things going on at my work bench, for now.