Kapanadze Cousin - DALLY FREE ENERGY

[3Kelvin]

Hello together,
this is a very long thread. But now, i am in time.
Unfortunately there is no running Replication / Rebuild.

All the famous names Kapanaze, Vasmus, Akula the sharking Shark, Ruslan etc.
We see a amount of DIY Videos whit nice Scope shots. It seems to be, that all others are to silly to build a running device.

So, i want to believe.

Thx to all the technical Professionals here in the form they build with a perfect level on knowledge and enthusiasm.

From my point of view, at the moment there is no usable OU Device available.

But what i see is a long destructive Thread about the ideal coil an voltage ....

So what?
Lets take a Brake and enjoy the beauty of Topological Insulators and Dirac Cons.

https://youtu.be/Qg8Yu-Ju3Vw
(September 10, 2009) Stanford Professor Shoucheng Zhang, discusses a new class of topological states that have been experimentally realized. These topological insulators have an insulating gap in the bulk, but have topologically protected edge or surface states due to time reversal symmetry.

Hope that you will enjoy the Video.
The math is very hard, i don't really understand the formulas, but i like the beauty behind the physics.

Warning ! There are no Skalarwaves and no orgon energie inside.

Free the world
Love and peace
3K

[Jeg]

Could be the answer in this movie???  https://www.youtube.com/watch?v=Sa30TbM6wak

Hi Jan
Are coils (a & b) on the same core coupled together? Are they suppose to develop different high frequencies across their ends?

[John.K1]

Hi Jan
Are coils (a & b) on the same core coupled together? Are they suppose to develop different high frequencies across their ends?

Hi Jeg.

In short what he says

1. Half wave coil has maximum current /minimum voltage  at the ends (longer coil A)
2. 1/4 wave coil has minimum current/ maximum voltage at the end (shorter coil B)
3.  So he connected the ends of both coils across the bulb
4. The input  - he use LF through some transformer  and Capacitor (LC tank - resulting in sine wave- he says it can be substituted by SG , push pull etc..)
5. HF is coupled to both coils through the antenna and both coils A&B are connected through the 2 capacitor(low capacitance).

The coil is wound bifilar-  Long and short wire right next to each other on air core. When short wire ends up you just continue winding with the longer one till finished. I think he said he has 40 and 20 m.
I do myself 24 & 12- the difference should be just in frequency I hope .   Than he feeds LF with KHZs and HF with some MHzs and he see massive increase of voltage and amperage on his bulb.
I see only little increase. Long way to go to tune it right. Good learning curve for me anyway. I do not use that input transformer. If you have a push-pul ,try that and report

Regards,

[starcruiser]

Again, Radio theory aka transmission line. If he is running a half wave and 1/4 wave coils then the primary drive frequency (full wave is twice the resonance of the larger coil), the shorter coil is 1/4 the drive or 1/2 the larger coil's frequency.

The capacitors are tuning the 2 coils to match the desired drive.

Make sure to sweep your coils to determine their actual resonant points (frequency) as the wire used, the spacing and the coils diameter all play a part in its response. then calculate the required capacitors
to fine tune the coils response curves.

The torrid transformer is used to isolate the driver circuit and impedance match it.

[John.K1]

Hi Starcruiser,

In the matter of tuning coil - I sweep them fist separately to obtain most best output. In the matter of impedance, I use 50ohm resistors between my SG and HF antenna coil. I guess the resistor not needed between SG and CAPs as the capacitors provides the max impedance in resonance (parallel resonance)? I think it is also important to know how to put the probes. As you can see I have one end on bulb and the other on negative Ground rail. I use the amp sensor I got from Ebay yesterday. I only need to tune it for the right frequencies. This is actually other think I do not understand- Current probe. Usually toroid with couple turns. But how do you know it shows right in high frequencies?  Specially in MHz frequencies. I am now in the process of tuning my inexpensive probe via shunt resistor. For different range of frequencies different shunt resistor (potentiometter will do)- Right?

Picture of my setup below. Thanks for correction and comments.
regards,