Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

if the energy to create the device is to be considered for a solar panel it should be considered for all other devices as well.

Indeed it should be considered for all other devices as well.

Are you a moderator ? I do agree there are way too many off topic posts in all the threads pretty much.

No, I'am not. I am a scientist (physicist) who tries to avoid discussing psychology, sociology and bureaucracy (e.g. patents) on an open forum.

[verpies]

This had meant transmitting about 100KW of high frequency power (demonstration in turkey) through thin air without anybody (who is not part of the scam) noticing it and without disturbing any electronic equipment near the receiver like mobile phones and video cameras. Hmmm ...

It would be hard to do it without interference to video cameras at high frequencies and at those power levels.  However low frequencies can be used for Near Field emissions.

I think it would be much easier to conceal lithium batteries which have energy density of 1.8MJ/kg.
Such lithium tetrachloroaluminate in thionyl chloride batteries would weigh 2kg for 1kWh of energy (taking up 0.833 Litres of space).

[forest]

anyway seems you are wasting your time here  I don't see anybody thinking simple and in clear manner except maybe Zeitmaschine 
I asked some time ago how we can simulate ground connection to the DC-AC inverter output which can show us flowing current to/from ground... anybody knows ? this is the correct approach to understand something

[T-1000]

anyway seems you are wasting your time here  I don't see anybody thinking simple and in clear manner except maybe Zeitmaschine 
I asked some time ago how we can simulate ground connection to the DC-AC inverter output which can show us flowing current to/from ground... anybody knows ? this is the correct approach to understand something

Most people cannot assemble even transformer so nothing special to expect..

If you want to simulate ground connection between 2 points, the closest guess would be capacitor between them so you can have your measurements..

[Zeitmaschine]

In theory the principle of work is easy: A power source which provides 220V 1A is connected to a lamp which requires 220V 1A. The lamp shines brightly.

Now connect a second lamp parallel to the first one which requires another 220V 1A. The result will be that both lamps are dim. What is the cause of this?

The cause is a lack of electrons! There are to less electrons coming from the power source to get a current of 220V 2A. The gate of the power source is to small (the internal resistance is to high) to allow more electrons to pass through.

Therefore the task is: how to tell the electrons of the first 1A to entrain some more electrons (located in a nearby metal object) on their way to the lamps, so that the result is the required current of 2A?


Regards