Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[hartiberlin]

Hi Laurent,
yes, please just try the difference between
woopy A and woopy B and leave all other parameters the same and please
report back, what gives more output power in your case at the same input power level.

Many thanks in advance.

Regards, Stefan.

[vrand]

http://www.youtube.com/watch?v=hwVvHgbJdzA

Around 0:22 you see what I'm talking about. Tesla explained this and the air setup in one if his early lectures. The magnet or air causes the spark to extinguish as soon as it's formed. In the kapa device it might or might not do much.

That Youtube video shows the dramatic difference when adding the NIB magnet to quench the spark.  Tesla liked very sharp, short pulses, when creating his "impulse currents" going into his HF HV coils.   

[Coruscant]

Hi,

I've built a replica of this from the older schematics that I need to bring up to date with the one JLN finally released. 

I would like to suggest the use of a 50uF Run cap in series on one leg of the low volt side of the MOT to regulate the input current to a lower value than what the MOT is capable of passing thru without this series placed run cap inline.   With this cap the input doesn't go over about 4amps-4.5amps on the 120volt 60hz USA mains.   This would maybe help the other replicators to see if they are actually just feeding thru 15-20amps at the input volts rating to power the lamps.   Digital meters aren't very useful around HV.   You can switch this series placed cap to increase or decrease total current being allowed thru as a 20uF run cap lowers input draw to ~1.6amps input to the MOT LV primary.   

Also I found that if I put my B&K 878A LCR meter on the two earth grounds that are 20ft 6in apart, with the LCR meter reading at 1khz for R I get 22ohms resistance between the two grounds.  If I shift frequency to 120hz, I get 21ohms noted.   However if I use a DC voltmeter measuring DC resistance I see 12,000ohms on that meter.  It seems that if there is an AC current or oscillating current on the ground rods the resistance is perhaps much reduced since the charge doesn't have to travel the distance between them but just oscillate back and forth in place to convey the charge across the ground path. 

At this point I decided to see what sort of capacity the two earth grounds were giving up at 1khz... so I adjusted the LCR meter to read C at 1khz and watched as the meter fluctuated between 100nF and 340nF... it wouldn't ever settle to a single value but constantly was going back and forth.    I adjusted for 120hz and it was still in this ballpark for capacity.  Any thoughts on that?  I would expect making the rods be farther apart would reduce this capacity, is that correct?  Anyone tried this?

Lastly I read the comment about the telluricmeter.  It might be easier to just put your DVM on DC mV reading and connect it to the two earth grounds.  Because they are in the common medium there should be a DC potential that shows up as mV on the DVM.   I did this putting the DVM's + to the positive earth ground I was using and the DVM's - to the negative earth ground I was using and the DVM read out -22mV... which means the "natural flow" direction was actually the reverse of what I had wired it up as.  Reversing the DVM leads then showed the reading at just 22mV... I took this to indicate that nature wants to flow in this direction, so its prolly best to work with the earth grounds in the direction they want to flow.   This might be an easy way to determine which ground should go where without having to build the little tellurimeter thingie. 

Just some ideas comments.
Take care,
Coruscant

[hartiberlin]

You should also have a look at these videos regarding sparkgap quenching:

http://www.youtube.com/watch?v=hwVvHgbJdzA

http://www.youtube.com/watch?v=EtLlAljKQ4g

Very well done videos with great narration and explanations.

I hope he can join into figuring out the Kapanadze circuits.

Regards, Stefan.

[broli]

Here's but one example of how simple inductance tuning can be:

http://www.youtube.com/watch?v=ZYgFuUl9_Vs

This is more LC related but imo it's important here too. Imagine you  move the core in and out and suddenly hit a sweet spot. It's primitive  but the more experiments the more truth is unveiled.