Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

BTW, maybe someone noticed it already: My concept with two capacitors charging one capacitor via a double coil (or transformer) is almost the same concept like the yoke device (see some pages ago) and almost the same concept like the parametric transformer depicted below.

The yoke device has two input coils not driven by two capacitors but by two frequency generators and it has one output coil that charges one capacitor (a bank of C's is considered as one C).

The parametric transformer below has also two input coils and one output coil connected to one capacitor (and the load).

Hence this double coil concept should be worth a thorough investigation.

And another strange thing:

When we separate the plates of a charged capacitor then its stored electrical energy increases due to the applied mechanical energy. But what happens to the stored energy in the capacitor if we move the plates closer together? Does the energy disappear to nowhere or do we get back the mechanical energy? If so, then what happens if we move the plates closer together of a capacitor which is not charged? Do we get negative energy because moving the plates closer together means less energy from a start point of zero energy?

[SchubertReijiMaigo]

"1uF+1uF at 10 volts in parallel = 2uF at 10volts = 100 uJ
(1/1uF) + (1/1uF) = (1/2uF) or simply 0.5uF at 20 volts (10 +10) in series = 100uJ"

Question. Why falling charge to half if capacitors connected to series?

Because when you put cap in serie the inner plates which hold +Q and -Q get nullified so you have a composite cap with two time the voltage but halved in capacity !!!

[zcsaba77]

Because when you put cap in serie the inner plates which hold +Q and -Q get nullified so you have a composite cap with two time the voltage but halved in capacity !!!

I try measure it 

[SchubertReijiMaigo]

And another strange thing:

When we separate the plates of a charged capacitor then its stored electrical energy increases due to the applied mechanical energy. But what happens to the stored energy in the capacitor if we move the plates closer together? Does the energy disappear to nowhere or do we get back the mechanical energy? If so, then what happens if we move the plates closer together of a capacitor which is not charged? Do we get negative energy because moving the plates closer together means less energy from a start point of zero energy?

1) If you move the plate together energy decrease, if the plate touch themselves you just short the cap, energy dissiped...
2) When he is not charged no electrostatic force play with/or against you, you just play with two metal sheets.
3) No negative energy. (see answer one).


When cap is charged the electrostatic force pull the plate together, that's why energy decrease.
When you push plates apart you invest energy in that cap, you convert Force*Distance to electrical energy !
SRM.

[pepsimaxzu]

hi , it litle bit seems like kapanadze coil.
http://s28.beta.photobucket.com/user/J1B/media/Tesla/OudinP1.jpg.html