Verpies the PDF in the attachment of my previous post. Did you read that one too, "Classfuxan".

Yes, it's a good article.  I wish it had delved deeper into the problem and considered what magnetic flux is.

hi everyone,

After studying one of the recent posting by "Acca" related to Akula ou device which also shows how the coil are wound in photos.
I have just attached one of the image-Akula0083 electrostatic energy collector for discussion purpose.

Please do observe the attached circuit diagram and take a closer look at the electrostatic collector which is a TV or Cable TV coaxial cable.
From telsa coil output it is connected to coaxial cable outer shielding and from the inner center copper it is connected to spark gap.
"Please do ensure to give ample gap maybe "1 inch at least" between inner center insulated cable and outer shielding at the both sides of coaxial cable.This would prevent spark from jumping within the coaxial cable."

By using L/C meter i am very sure there would be capacitance reading between inner and outer connection of coaxial cable even before winding as coil.

I do feel that telsa coil is not needed to be  part of the device but instead a external hv flyback transformer can be used to "charge" the coaxial cable and discharge via spark gap with matching caps to coaxial cable maybe.

Please continue reading below to understand how the ou magic happens.
-------------------------------------------------
I have also attached the e-stress amplifier document.
1st Paragraph-
What makes this dual induction-less coil so special is that it nullifies the
effects of the electrostatic induction at a fraction of the power
required to sustain the charge displacement that creates the
affecting E-field.

Now refer back to attached Akula circuit diagram which shows 2 coils in green connected in criss-cross.Likely this is the induction-less coil to nullify the effect at a fraction of the power to sustain charge.Not forgetting the circuit shown in document with variable frequency to tune device into resonance via the green coil in this case.
The rest is the pickup coil.

Let's assume for a moment that this flashlight is not fake but the real thing then there are some striking similarities when we compare the schematics of the flashlight and the Kapanadze patent with one another.

The lower coil in the flashlight schematic (right) is pulsed by the MC34063. The upper coil apparently creates a back EMF due to that pulsing and charges a capacitor with the generated current (to keep the circuit running). If that energy is indeed additional energy (coming from somewhere) then the upper coil of the Kapanadze schematic should also create additional energy when the lower coil is pulsed by a frequency generator (as mentioned in the patent). If that upper coil in the Kapanadze patent is connected somehow to a 220V/50Hz resonant circuit, then what will happen with that additional energy created by the upper coil?

The transistor (marked green) switches the 100µF capacitor between charge mode (when the negative back EMF arrives at the inverter stage pin 13) and discharge mode (powering the circuit). The other five inverters in the CD4069 (marked blue) are not important. They only drive the two flashing red LED's as an eye candy.

Just a quick thought.

http://www.youtube.com/watch?v=ljKX9Om7Z4s

http://www.youtube.com/watch?v=-poc9JSHoWA

Those tiny wires can be hard to see, but they can supply all the power you need to make your demonstrations convincing.

This is the trick I think Kapanadze used on the Aqua2 device. A thin insulated 'hot' wire running through the tubular earth braid.

Yes, maybe.... however that would be real magic to keep 2kW for few hours via tiny wire

Yes, maybe.... however that would be real magic to keep 2kW for few hours via tiny wire

Not at all. I can power a 2KW heater for a few hours off a few metres of just one strand of the teflon covered red wire shown in the photos below. Tk probably used the braid as the return.

   Seams to me that these builders have spent a lot time, money, and thought just to create a device just would get them nowhere. For what?
  All just fakes...  I doubt it! 

  Who made the Akula diagram, was it Akula, or not?  The feed-back coil to the bridge rectifier is going nowhere. Or, does it going somewhere? This is no small detail...

Nick,

I'm sure many of these devices were genuinely built with the hope of self-running. However, when frustration and failure set in the opportunity to make money through faking self-running by video exposure is tempting to some experimenters, as we see from the many examples of this we see on the internet.