Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[FreeEnergyInfo]

TESLA ...

[forest]

ok, wattsup what you need is to connect sinewave inverter to ground in such way as the power coming through load to ground mystically rise to 5kW  and that's all

that is what burned generators in Colorado Springs during Tesla experiments....

Gia schematic may be close , and imho every part is needed. don't be fooled by anyone stating that transistors or transformers are hoax

[FreeEnergyInfo]

SKYPE GIA ...
TEXT ...

THANKS  korneysumy  ....

[jbignes5]

I wanted to touch on the Tesla method again from a different angle so to speak.


Consider now the effect of such a conductor of vast dimensions on a circuit exciting it. The right hand of the diagram of Fig. 6 illustrates a familiar oscillating system comprising a straight rod of self-inductance 2L with small terminal capacities c,c and a node in the center. In the left hand of the diagram of the figure a large capacity C is attached to the rod at one end with the result of shifting the node to the bottom, thru a distance corresponding to self-inductance X. As both parts of the system on either side of the node vibrate at the same rate, we have evidently, (L+X)c = (L-X)C from which X = L(C-c/C+c). When the capacity C becomes commensurate to that of the earth, X approximates L, in other words, the node is close to the ground connection. The exact determination of its position is very important in the calculation of certain terrestrial electrical and geodetic data and I have devised special means with this purpose in view.

Now if we understand this the earth is a very large capacitance. A single wire attached in between two capacities that vary bring the node in the wires closer to the bigger capacitance. Hmm

If you flip the second picture this would be similar.

[Zeitmaschine]

here is video that proves that it is possible to sent a power of 3 KW via thin one string cuprum that could transmit a power and be ground in the same time//////

One more blurry video with hidden parts to look at. This is amazing.

It means you do not need to have energy generator in green box but just to have a one string from outside power generator and this string would looks like simple ground zero cable/////

And this outside power generator is hidden in a water faucet in front of the whole audience.


BTW: I have found a simple solution for the Capacitor Paradox. When a charged capacitor is short-circuited by a wire all the energy in it is lost. When a charged capacitor is short-circuited by another (uncharged) capacitor of the same rating then this acts like half short-circuited, so half the energy is lost, the other half is equally distributed between the two capacitors. What does this mean in respect to the Kapanadze device? I'm afraid it means nothing.

Can a DC motor turn a small AC generator to produce single phase AC, that you then only use the one active wire to run the system so the AC motor generates no load to the DC drive motor? Is it possible that the noise of the blue inverter in the 2004 video (rather harsh motor wanting to turn noise) was a DC  motor that had trouble starting and that's why he plugged the other plug to lessen the AC side load and free the DC motor to reach its maximum revolutions.

The humming sound behavior in the 2004 Video is rather strange: At 17:02 humming sound after the inverter is switched on. At 17:14 no humming sound anymore (maybe quieter) after the auxiliary plug is connected. At 22:57 the inverter is switched on, no humming sound. 23:00 loud humming sound after the auxiliary plug is connected. 23:10 no humming sound anymore after the auxiliary plug is disconnected. Conclusion: the humming sound occurs randomly.

Now I have noticed the same random behavior during my experiments with a transformer, inverter and capacitors. My inverter (not transformer!) makes a humming noise when connected to the transformer and the capacitors. But not always. Without changing anything in the setup sometimes after connection the humming noise is there sometimes it is not. I think the difference is whether the connection is closed at maximum or at zero-crossing of the sine wave.

Analysis: The image below shows the loud humming noise at 23:00 superimposed with a 50Hz sine wave. The mark »0.100« denotes 1/10 second. This means the humming noise in the 2004 video correlates with 50Hz or even 100Hz (if the smaller intermediate waves are counted).

So what could follow from that?