Kapanadze Cousin - DALLY FREE ENERGY

[John.K1]

<<it was very much fun to work in a team! and I thus learn from others.
-for me that is what counts and desire to show their work at distances contentment and joy not base it personally try not to be malicious
I would like to to look in this direction was more and more >>

John.k1
I would be happy to see your work as you approach the topic openly and without embarrassment (it's not a rat race)
Regards
T.Tech

Hi Tomtech , I have no Idea what you mean with that last post to me. Not sure how to understand it. Am I embarrassing some one?? Or do you think I have not build that device yet and only talk?  In that case the picture of my  device I made an year ago on the picture below. And If I embarrass someone- can you say who? And I am sorry for that

[T-1000]

Nick,

That's the effect I achieved on my build but it was not a true power amplification (as referred to as being the necessary effect by T1000) in my case. The increased lamp brightness resulted in increased power draw from the supply.

I m not sure if you still miss history for the hunt of effect but will try to point into right direction.

Do you know story about N. Tesla story and exploding power substations on his time? Before filters was implemented there. If you do, just I will ask two logical questions:
1) Where the power was coming from to cause explosions in transformers like in bombs?
2) How to produce these explosion conditions on intent then transform into usable energy for the load?

The two things are involved there: the explosive longitudinal waves causing sudden disruption of the current and the inertia of mass of electrons in wire which keep it moving when power source suddenly gets disconnected. The aim is on this thing as you still have energy after power gets disconnected and due explosive nature it is powerful enough to explode wire if the energy is not redirected to somewhere else.
If you can reach and amplify this effect (the opposite what electrical engineers are trying to avoid with filters and snubbers in power substations) the progress will be quick to realize its potential.

P.S> I still would like to refer into article about N. Tesla fireballs and his famous quote about stray high frequencies imposed into low frequency and what it cause but I did linked quote few times here already without any proper understanding and response.

Good luck!

[John.K1]

Hi T1000,

What you say it reminds me T. Bearden.  There was something like if you disconnect the source before the wave reach the end, its energy will be radiated as a scalar wave- or something like that?  In the Ruslan's work it looks to me more like you create big spikes of potential energy (unipolar spikes of several tens thousends of volts) which creates massive potential difference on the cap/coil, so it maybe sucks the free electrons to balance it??

[Hoppy]

I m not sure if you still miss history for the hunt of effect but will try to point into right direction.

Do you know story about N. Tesla story and exploding power substations on his time? Before filters was implemented there. If you do, just I will ask two logical questions:
1) Where the power was coming from to cause explosions in transformers like in bombs?
2) How to produce these explosion conditions on intent then transform into usable energy for the load?

The two things are involved there: the explosive longitudinal waves causing sudden disruption of the current and the inertia of mass of electrons in wire which keep it moving when power source suddenly gets disconnected. The aim is on this thing as you still have energy after power gets disconnected and due explosive nature it is powerful enough to explode wire if the energy is not redirected to somewhere else.
If you can reach and amplify this effect (the opposite what electrical engineers are trying to avoid with filters and snubbers in power substations) the progress will be quick to realize its potential.

P.S> I still would like to refer into article about N. Tesla fireballs and his famous quote about stray high frequencies imposed into low frequency and what it cause but I did linked quote few times here already without any proper understanding and response.

Good luck!

Logic tells me that as this was a momentary effect at the instant of switch disconnection, irrespective of where the power was coming from, this 'explosive' condition cannot be maintained under controlled pulsed conditions, without a continuous source of power being available to the device. I'm not ruling out the possibility that some form of external energy enters the device under certain conditions, just that it cannot be maintained without a permanently connected power supply. So its your stage 2 of the process that I suggest is not feasible. Nobody has satisfactorily demonstrated the stage 2 self-running condition (loop-back with supply disconnection), so the jury remains out.

So, I do not have a problem with Tesla and his famous quote, just those people that take his statements out of context and believe that this quote automatically infers that a self-running device with a disconnected power supply is possible.

[itsu]

I connected up the grenade to the 28 turn secondary of the yoke, i also installed a FWBR (4x UF4007's for the time being), and i have
installed a ground to the key components (Kacher secondary, Inductor at the resonance cap, and the grenade where the FWBR is) as per the diagram.

The DMM across the 2 POI output caps (10uF) shows we have 240V DC when in resonance (with 1x 40W / 220V bulb), but it drops to 60V when adding
another 100W bulb because we are out of resonance (18KHz) while the PLL still maintains a lock.

Not sure why the PLL still is in lock while we clearly are off resonance, something with the feedback seems not in order.

Video here:  https://www.youtube.com/watch?v=VTp44rWoAJA&feature=youtu.be

Regards Itsu