Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[PhiChaser]

Regarding the meters and scopes comment; Have you tried taking measurements using any passive devices like an induction clamp (old school passive I think would work best) around your output wire(s)? Maybe the bulb ends (leads??)?

PC

[Jimboot]

.


So if you have  capacitor connected with one end to  HV wire it will charge itself by closed loop with electrostatic and/or electromagnetic nature.
Wesley

please take to your attention this article send to me by German scientist.

http://www.ndt.net/article/0398/huebsch/hueb.htm

http://www.sumobrain.com/patents/wipo/Method-device-non-destructive-material/WO2011138027A1.pdf
Wesley

Thanks Weley, I will have a look. I've been tinkering with these devices for nearly a year now but this is the highest voltage one and certainly the only one I've had hat will light a large incandescent. 70leds wirelessly no problem, charging caps wirelessly with an av plug, no probs, based on what I'm seeing with the lamp what you say about the cap makes sense. Not sure about the electrostatic connection though. Isn't  what we are looking at here longitudinal waves rather than transverse? The ability to jump straight through insulation, even glass, seems to be a departure from conventional circuits.

[Jimboot]

Regarding the meters and scopes comment; Have you tried taking measurements using any passive devices like an induction clamp (old school passive I think would work best) around your output wire(s)? Maybe the bulb ends (leads??)?

PC

hi Phil others have said here that an induction is not reliable at these high frequencies

[jbignes5]

Thanks Weley, I will have a look. I've been tinkering with these devices for nearly a year now but this is the highest voltage one and certainly the only one I've had hat will light a large incandescent. 70leds wirelessly no problem, charging caps wirelessly with an av plug, no probs, based on what I'm seeing with the lamp what you say about the cap makes sense. Not sure about the electrostatic connection though. Isn't  what we are looking at here longitudinal waves rather than transverse? The ability to jump straight through insulation, even glass, seems to be a departure from conventional circuits.

Yeah the through the dielectric shielding is normal and is what is breaking coils. The only way Tesla could fix that was maximize the dielectric through the use of oils in mass wound transformers.


A Tesla coil works a tad bit differently when dealing with those voltages. It steps it up gently as you go up the coil. Smaller steps(more winds) are the key. Hence why you don't need the oils. and yes Tesla talks about how even glass can be perferated by this effect. As if glass got or had a dielectric breakdown.

[woopy]

Hi Jimboot

thank's for sharing your work

here an attempt to replicate your experiment

i used my Slayer main (L1 ) coil and added a Caduceus L2 coil
   
i got very good results but far from your fantastic lighting of a incandescent 25 W (240 volts ) bulb

So my question is     is your incandescent bulb really burning (with heat ) or is it a plasma effect all arround the filament ?

thanks

And good luck at all

Laurent

http://www.youtube.com/watch?v=6ocPYYEv37g&list=UUi3fFZN1pwHTyM8H_nSxerg&feature=plcp