Selfrunning cold electricity circuit from Dr.Stiffler

[amigo]

Hey doc, you did not lose audience, I'm still around following this experiment...

In the last video it appears as if you are providing a ground path for the resonance field which loads the drive coil to the high voltage each time you hold the proper end of the coil with 9 turns next to it?

It could be that your body acts as a self-adjusting tuner so it does not matter which frequency the drive coil is on, you will tune to it. That is, your body will provide enough resistance to the ground/environment to tune to. So could you lower/increase the resonance from 4.3MHz and see what happens by finding another sweet spot?

If you want a crazy idea though, here it is: could we rid us of the front end Stiffler driver circuit and use the body potential to generate some voltage/current in reverse way from the current circuit? Human body itself should be able to generate some potential, and by boosting it up we might be able to use it to do some useful work...

[hoptoad]

@Dr Stiffler
Yeh, I'm still looking on with great interest. I haven't personally been able to achieve anything myself with your circuits due to lack of funds for testing and runtime equipment and also lack of time. But I've been checking this thread and your site regularly for further information and posted results.
Keep up the good work all of you.
Cheers from the Toad who Hops 

[smoky]

Hi Doc, if your question in the video wasn't a rhetorical one, I think it could be the hi permeability of the ferrite which intensifies whatever ambient magnetic radiation there is through its core. Due to it's higher relative mu factor. With many turns of wire wrapped around the 1st core and no load resistance, a high voltage is induced in the winding. This could be then coupling to the 2nd core's winding  via electrostatic coupling (capacitive effect).  Because they are both very high impedance and there is virtually no current in the 1st cores coil to produce electromagnetic coupling.  This could be tested with a simple type Faraday shield mesh between the rods.

I have purchased the bits to try the earlier version of this project, so as not to be just an armchair critic.   
Thanks for you efforts Doc.

[DrStiffler]

@amigo
As it always seems to happen, it comes across wrong, next vid #9.5 may help. "Touching the coil is not involved" Vid 9.5 will clear your thoughts on this.

@smoky
Next vid will help. Some notes in advance (1) input energy does not change between loaded and not loaded. (2) coils in 9.0 are 1:1 (3) freq is the only measurable that changes with load. (4) this is an open system, both drive coil and power coil.

@amigo
The freq in the driver bing used is load defendant and ideal is around 3.57-3.58 mhz.

New vid up today, web site update over weekend.

[k4zep]

Well it's still not the "Free Lunch" but it should offer a key I think most have missed.

Simple to test and well worth the couple of minutes it will take. But? Do you get it yet?http://www.youtube.com/watch?v=wklrnyQMktA

Good Morning Dr. Stiffler,

I haven't given up on you theory or device, quietly working here on it and 2 other ideas from other folk.......When you plug the numbers into the spread sheet, what does the COP come out to? 

If you move that sniffer coil around both coils while in operation, you will see some very intersting waveforms at different positions.  It is interesting that with the metering shown on the power supply, the DC input to the Osc can be as low as .6 watt and as high as .78 watt but again if there is significant excess energy gathering, this should not be a problem. 

There are some radical variables in the first coil as the relative high power very fast pulse that hits it (at a 4.3Mhz repetition rate) first causes a rapid rise time electrostatic wave through the coil and this field develops, then when the neon fires, there is a relative low current flow back towards the Osc. via a ground loop that causes a magnetic field at right angles to this electrostatic wave.  I wonder if the interaction between the two fields (electrostatic and magnetic) is significant?  Second, the other coil that goes to the SIDAC circuit also pulses much higher magnetic pulses and there has to be a significient magnetic coupling between the two coils and cores.....Something to think about a bit more.

Ben K4ZEP