Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Jimboot]

In my setups when connected directly to the main coil the filament actually oscialtes & glows. You can see it swinging back & forth so it physically looks like a glowing DNA strand. Not sure what is going on there. I'll see if I can get a pic.

[verpies]

In my setups when connected directly to the main coil the filament actually oscialtes & glows. You can see it swinging back & forth so it physically looks like a glowing DNA strand. Not sure what is going on there. I'll see if I can get a pic.

Here are pics of high voltage corona discharges inside incandescent light bulbs connected to the output of a small Tesla Coil with one wire only.
The bluish glow of all exposed conductors inside the bulb (not only the filament) is characteristic of this phenomenon.  (negative corona has streamers from sharp pints).

Is this what you are observing?

[Jimboot]

Here is a pic of a corona discharge inside an incandescent light bulb connected to the HV output of a Tesla Coil with one wire.
The bluish glow of all exposed conductors inside the bulb (not only the filament) is characteristic of this phenomenon.

Is this what you are observing?

Not really. Here is a vid where I try to capture it. http://www.youtube.com/watch?v=tyI4BhwMu98&feature=youtube_gdata_player the filament physically vibrates whilst glowing

[verpies]

Not really. Here is a vid where I try to capture it. http://www.youtube.com/watch?v=tyI4BhwMu98&feature=youtube_gdata_player the filament physically vibrates whilst glowing

The yellow color of the emitted light, lack of bluish glowing gas inside the bulb and the incandescence of the filament only are indicators that real electric current is flowing along the filament and performing Joule's heating of the tungsten wire at the rate RI^2.

You can confirm that real electric current is flowing through the filament by bringing a strong magnet near the filament. The Lorentz Force will increase the amplitude of these filament vibrations and might even break the filament.
Also, shorting the light bulb terminals will not prevent the acceleration of electrons and ions inside the bulb, but will prevent the flow of electric current through the filament.  Thus if shorting the bulb terminals inhibits the light emission, then electric current through the filament was responsible for it.

Also, the filament circuit is completed via the other bulb and wires acting as a loop antenna.  I expect that only one bulb connected with one wire to the coil does not light at all.

The filaments vibrate because of the Ampere's Force Law.  This is the same phenomenon that causes the hum in power transformers with loose windings (in addition to magnetostriction of their cores). The filament in your light bulb is coiled, too.
A non-coiled filament would not vibrate so much.

Apparently the average current delivered by the coil has low frequency components that manifest themselves as this mechanical  vibration.  A high pass filter (e.g. a small series capacitor) would eliminate them.

[Jimboot]

Thanks itsu Bart znel et al for the tips. Scope still not behaving though. Here a light up delamorto method & direct. Two lamps, one delamorto style the other off the the main coil
http://www.youtube.com/watch?v=oMriUE0R8nY&feature=youtube_gdata_player