Kapanadze Cousin - DALLY FREE ENERGY

[Zeitmaschine]

Some more theories:

Conversion of the Vacuum-energy of Electromagnetic Zero-point Oscillations into Classical Mechanical Energy

»Our model finally goes back to the year 1935, when Heisenberg and Euler [Hei 36] performed quantum theoretical calculations of the Lagrangeian of photons in electric and magnetic fields, coming to the conclusion that photons propagate in such fields with lower speed than in the vacuum without field. The reasons are found in vacuum polarisation, which influences the Lagrangeian as calculated by Heisenberg and Euler.«

»If electromagnetic waves (such as photons) undergo retarded propagation within electric and magnetic fields (in comparison with field free vacuum), zero point oscillations should undergo the same retardation of propagation, because they have the same nature (to be electromagnetic waves). This means that electric and magnetic fields have an influence on the wave vectors and on the frequencies of the zero point oscillations. This causes an influence on the energy eigen-values of the zero point oscillations.«

According to this, an electric DC-field (no current) can slow down the propagation speed of zero point oscillations. Hence if we create an electric field inside of a coaxial cable (by connecting high voltage to its inner conductor) then inside of the shielding of that cable the zero point waves are slowed down, resulting in a shorter wave length, which means a higher energy density inside than outside of the shielding. If we pulse that DC-field then this should result in an alternating zero point wave propagation speed inside the cable. With the words of Kapanadze: It shakes the aether.

Freie Energie (Raumenergie) - Der Nachweis - Prof. Dr. Claus Turtur

[Dave45]

Some more theories:

Conversion of the Vacuum-energy of Electromagnetic Zero-point Oscillations into Classical Mechanical Energy

»Our model finally goes back to the year 1935, when Heisenberg and Euler [Hei 36] performed quantum theoretical calculations of the Lagrangeian of photons in electric and magnetic fields, coming to the conclusion that photons propagate in such fields with lower speed than in the vacuum without field. The reasons are found in vacuum polarisation, which influences the Lagrangeian as calculated by Heisenberg and Euler.«

»If electromagnetic waves (such as photons) undergo retarded propagation within electric and magnetic fields (in comparison with field free vacuum), zero point oscillations should undergo the same retardation of propagation, because they have the same nature (to be electromagnetic waves). This means that electric and magnetic fields have an influence on the wave vectors and on the frequencies of the zero point oscillations. This causes an influence on the energy eigen-values of the zero point oscillations.«

According to this, an electric DC-field (no current) can slow down the propagation speed of zero point oscillations. Hence if we create an electric field inside of a coaxial cable (by connecting high voltage to its inner conductor) then inside of the shielding of that cable the zero point waves are slowed down, resulting in a shorter wave length, which means a higher energy density inside than outside of the shielding. If we pulse that DC-field then this should result in an alternating zero point wave propagation speed inside the cable. With the words of Kapanadze: It shakes the aether.

Freie Energie (Raumenergie) - Der Nachweis - Prof. Dr. Claus Turtur

I wonder if the coax was wound with magnet wire
Is the braided sleeve able to carry a current, it may not because of the crisscross pattern, like a faraday cage.

A couple of years ago I did wind some coax into a coil but didnt get a magnetic field so I didnt work with it anymore, but I never thought to run high voltage through it to excite the ambient.

[NickZ]

  With my 12v 4.5aH battery fully charged, I'm getting way to much heat at one of the fets, on the Mazzili crt, but the other fet is not heating much at all.
Don't know what to do about it. This is even with a small pc fan on it.  Any ideas?

[magpwr]

Thanks Nick,

I too like to hear again from GF one of these days 

i am done with these 47N60C3 MOSFETs for the time being.

Back to the IRFP260N's, but as shown earlier, they do not show any abnormal (cold) energy allthough the circuit seems to work in 2 modes like i mentioned before.

"normal mode" when using a normal sized choke 230uH with 600nF cap. @9.7KHz
"special mode" when using a bigger choke 5mH with same cap. @3KHz


See the pictures of the scope screen shots in both modes (yellow/blue = gate signals, purple/green = drain voltages)

The "special mode" is much more chaotic and makes the MOSFET's heat up more (more current draw).


Good luck,  regards Itsu

hi itsu,

Once you know the frequency it's running in "special mode" . 4.45khz in my case.you can achieve same results using PWM I/C to drive 2 mosfets using the same frequency.Best part you can even control duty cycle to way below 50% as well to control brightness for example.
Another advantage no choke is needed at positive supply and ringing works 100% of the time as well and yoke start ringing upon power on.

I found that using PWM I/C for example TL494 or in my case i use SG3525AN achieve the same or better result as my version of Mazilli circuit using 4V8 zener diode with 1k resistor.
There various examples found all over internet for PWM circuit.

GeoFusion roundcore replication attempt v5.0-Final version using Mazilli circuit with 600volts mosfet
http://www.youtube.com/watch?v=nRFE-2BWYlI

PWM I/C is the better choice.

[From other Planet]

@NickZ,
i had same problem with one of my Mosfets in akula circuit. For me, changing the 2 zenerdiodes per Fet from 15V to 18V ones solved the heating Problem. Dont know why though... The Mosfets im using there are IRFP460