Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[sparks]

 A magnetic field is one and the same as the electric field.  It is the flow of vitual particle that create charge.  In a homopolar generator the permanent magnet and the  conductor can be caused to spin in the same inertial frame with no relavent motion.  VOLTAGE develops between the axis of the copper disk and the edge of the disk.  This is becaue there are more charged partilcles moving in the perimeter of the disk than in the center of the disk.  The virtual particle flow into the permanent magnet remains at the same intensity or flux while the vpf (virtual particle flow) into the copper disk does not.  The virtual particle flow in the core of the disc is relatively the same as that flowing into the pm.  The vpf into the outer disc is way different due to the motion and there arises an electromotive force between the two conductors.  One moving and one stationary lieing in a static magnetic field.   Space is not static it is dynamic.  In any detectable electric field there is a huge amount of energy propagating that electric field.  An electrostatic field can be described as comprised of a whole shitload of standing waves with o frequency and infinite amplitude.  Put some electrons in an electrostatic field and what do they do?   They accelerate.  What do they do when they accelerate they give off photons better know as electromagnetic waves.  When they slow down what do they do.  They emit electromagnetic waves.  When they sit still they emit Tesla waves.  Tesla used tubes in his roadster.  By pulsing the tube so that a space charge in the tube is oscillated back and forth he produced electromagnetic waves which then were transferred into large frequency modulating circuits that drove the motor like a variable frequency drive drives a motor using am frequencies.
It's like Bearden says.  Don't kill the dipole.  Oscillate the electrons back and forth using electrostatic field propogation and if the electrons never reach the capacitor plates from which you issue the electrostatic field you never kill the dipole. If the pulsed tube aka capacitor  is in a resonant circuit all the better because your only losses from creating the charging and discharing of the vacuum tube will be resistive.  There should be enough energy to recyle a portion of the output to overcome these losses.   The frequency has to be very high and the voltage very high and the wave form with as little duty cycle as possible.  You are not trying to produce a sine wave you are trying to produce a kick or transient.  The only way to produce a transient using sine waves is to produce two identical tanks phase displaced who's output appears across the tube anode and cathode causing a pulse duration of about a few nanoseconds tops depending upon the displacement between the anode and cathode.  Then you have to have an antennae that is resonant with the output from the transverse waves emitted in the tube.  This is complicated but it all is based on the fact that electric charge arises due to dynamic forces.

[stivep]

guys  I have question for you:
Can someone recall this posts or information?


I know for sure that Aidas was mentioning that.
Arunas T-1000 can you recall this info?

Also maybe somebody from Russian forum?




Some time ago there was a  notion that TK used small neon bulbs,  or string made from neon bulbs
that or similar device, was to be hidden in the green box or glass table boxes


basis for the question:
Neon Bulb Ten pcs Green Colored Cold Cathode Indicator Lamp Small B.C.15
http://www.ebay.com/itm/Qty-10-Neon-Bulb
-Ten-pcs-Green-Colored-Cold-Cathode-Indicator
-Lamp-Small-B-C-15-/120842393763?pt=UK
_BOI_Electrical_Components_Supplies_
ET&hash=item1c22c498a3#ht_1589wt_735

This is rated at 3mA and you can drive it from 240V A.C. mains with a 56K Ohm resistor.  In the picture the bulbs are running at slightly less that full rating using a 68K resistor on 240V A.C mains. You need at least a 0.6 Watt resistor to handle the power on 240V operation and this will be warm when running. This is not super-bright but it is clearly visible as an indicator in normal office lighting conditions.  It might also make an interesting variation on the normal coloured neon nightlights.  For 110V A.C. use a 15K 0.25W resistor.[/size]
The cap is brass and is easily soldered.

http://en.wikipedia.org/wiki/Cold_cathode

Neon lamps are used both to produce light as indicators and for special-purpose illumination, and also as circuit elements displaying negative resistance. Addition of a trigger electrode to a device allowed the glow discharge to be initiated by an external control circuit; Bell Laboratoriesdeveloped a "trigger tube" cold cathode device in 1936.[1]

Many types of cold-cathode switching tube were developed, including various types of thyratron, thekrytron, and others.Voltage regulator tubes rely on the relatively constant voltage of a glow discharge over a range of current, and were used to stabilize power supply voltages in tube-based instrument

Negative Resistor - Physics 123 demo with Paul Horowitz
http://www.youtube.com/watch?v=qKqrXcU2jGo

Prof. Paul Horowitz is Professor of Physics and of Electrical Engineering at Harvard University's Dept. of Physics and principal investigator on the Harvard SETI project. He is the co- author, along with Winfield Hill, of "The Art of Electronics". http://artofelectronics.com/

The Tom Bearden
Website
Gabriel Kron and Negative resistor.
http://www.cheniere.org/misc/kron.htm

The ions are accelerated in the gap between two
D-shaped metal structures (dees) located within the field region. An ac voltage is applied
to the dees by an rf resonator

Wesley

[TinselKoala]

Small neons are very handy. The ones with opaque glass are less useful than the bare NE-2 type, however. Only the negatively charged electrode of a neon glows....which means that they both glow, alternately, when exposed to AC or RF. It means that they can be used to determine the polarity of electric fields... if you can actually see the electrodes, like with a clear envelope.

Here are some typical NE-2 uses in my lab to indicate RF power and the extent of an electric field.

The  "negative resistance" characteristic results from the fact that plasmas are very conductive and unionized neon is a very good insulator.

[stivep]

TinselKoala
Thank you  for info.
I appreciate your presence here.



from Zeithmaschine

It's a trigger!Glow lamps are high-ohmic until a certain voltage is reached, then they conduct a current and behave like a switch (almost like spark gap).The image shows a stroboscope circuit with a thyristor triggered by a glow lamp.This could be important information how TK has constructed the phase-locked loop to keep resonance. Thanks!

Thanks my friendRegards
Wesley

[Zeitmaschine]

Some time ago there was a  notion that TK used small neon bulbs,  or string made from neon bulbs

It's a trigger!

Glow lamps are high-ohmic until a certain voltage is reached, then they conduct a current and behave like a switch (almost like spark gap).

The image shows a stroboscope circuit with a thyristor triggered by a glow lamp.

This could be important information how TK has constructed the phase-locked loop to keep resonance. Thanks!

Regards