Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

AG
Read again Sergy's links about cosmic rays. In general, when passing they hit particles in our atmosphere and the latter loose electrons becoming charged particles aka ions.

Regards

Yeah i cheated a while ago but hey Suppose we take something like copper or aluminum ect and we look it up in the periodic table we find it has an equal number of protons as neutrons but if we remove a proton it becomes negatively charged or if we remove a neutron it will become positively charged or vice-versa if we add them, hence it becomes an Ion it's just a charged particle as it no longer has equal number of neutrons and protons.

[AlienGrey]

Starcruiser,

ok,  i changed the C1 (added 47nF to the 3.3nF for a total of 50nF), see diagram.
Now the Kacher gate pulse is moveable to beyond the current peak up till about 180°.
So i am able now to fire the kacher ontop of the current peak, see screenshot.

Re Itsu's thread page 737

Thanks,  regards Itsu

Re Itsu's thread page 737
Hi all have a look at the circuit in the thread Itsu published along with 2 scope shots
notice the scope shots do not show any HF modulation only a vertical on-off pulse!

[Jeg]

Yeah i cheated a while ago

I know it but wanted to say it

[Sergh]

This is Don's pdf for reference.
http://www.free-energy-info.com/Smith.pdf

Hi, Jeg! Sorry, but I don't find great mass of air in Don Smith's experiments.

The modern concept of cosmic rays is: there are primary cosmic rays, consisting of atoms, nuclei, protons, whatever, small particles flying at very high speeds. Because of the high speed, these particles have a lot of energy. But these particles are relatively small. They crash into the atmosphere and interact with our air, knocking out other particles from it, like a bowling ball.
There are more other particles. They knock out the third particles and so on. Atmospheric showers of particles occur.
https://en.wikipedia.org/wiki/Air_shower_(physics)
Many knocked out particles have a charge. It is ion.

https://en.wikipedia.org/wiki/Ion
But these ions are very few in a cubic meter of air. And they are in a mixed state.
https://en.wikipedia.org/wiki/Air_ioniser
They are in the air in the form of small clusters of ions of different polarity.
To understand this, it would be good for you to solder the ion detector. Usually simple circuit with a low-power field-effect transistor:

https://www.youtube.com/watch?v=JLhov2VpYZM
Problem areas of this simple circuit:
- an additional detail is needed to discharge the gate of the field-effect transistor, a resistor of 1–10 gigaOhm is sufficient.
- it is necessary to shift the gate of the transistor trought this resistor so that transistor is in the half-open state. Then it is possible to detect positive and negative ions, determining the direction of current change through the source-drain the transistor.
- detection occurs only when moving the device. Or need the wind.

- it is necessary to consider the design of the "ion antenna". This is not all clear. The antenna should detect the ion, but not absorb it. The antenna conductor must be isolated from air. Sometimes they take a piece of coaxial cable 10 centimeters, remove insulation and shielding for 5 centimeters. This is the antenna. The central conductor is soldered to the gate of the transistor, it is possible through a capacitor, for example, 10 - 30 picofarads. The rest of the shielding is connected to the case, sometimes through a 1 gigaOhm resistor.

[AlienGrey]

The point is Don Smiths device worked  . You're looking for free charged particles to draw from, D Smith well he made his own.
Queen under pressure ! https://www.youtube.com/watch?time_continue=24&v=SJCTgtDU-74  that's what you're ignoring.