Kapanadze, Stepanov, Barbosa-Leal and the Secret of Free Energy

[leo48]

No idea?


Leo48

[Zeitmaschine]

My latest idea was to burn my oscilloscope's test probe while generating over 1000 volts at 100Hz with the help of a small 12V transformer. Also my lead-acid experimenting battery has died; need a new one.

In the meantime some more ideas would be appreciated, how transformers can be connected completely the wrong way. On page one we can read these statements from the inventors:

Barbosa-Leal: »[...] electric energy corresponding to the same power consumption of the loads.«
Kapanadze: »[...] in accordance with the need and maintains the energy to be ready to be used.«


RESONANCE IN RESONANCE

Plainly this says, the more current the load needs, the more current the device provides. Therefore, what about connecting the high voltage (generating) transformer through the load to ground, not directly? On one end of the secondary high voltage coil there is a surplus of electrons that generates a magnetic field in the closed loop, on the other end of the same coil those electrons are drawn from ground through the load and therefore enhancing the load's current. If there is no load, then the high voltage coil is no longer connected low-ohmic to ground. The Interesting thing here would be, if the load is shorted, will the device simply stop to work, or will it explode? We can test this later. The problem is, Kapanadze's ground wire carries 22 amps, but the high voltage coil is rather not suitable for that current. In the setup drawing below the grounding end of the high voltage coil is connected not to ground but to 220V/50Hz; that voltage also attracts electrons from ground, because it is clamped to ground on one side (neutral when connected to grid and phase). Then that clamped 220V/50Hz is mixed with 2000V/100Hz and connected to the closed loop, therefore the high voltage forms a feedback loop to 220V/50Hz through the magnetic field of the shorted transformer. Perhaps we could call this »resonance in resonance«. First resonance is 100Hz phase-locked to 50Hz, second resonance is the feedback loop from 50Hz low voltage to 100Hz high voltage back to 50Hz low voltage. It is also possible, that the shorted circuit creates ionization; if ever needed.

Also to consider: Kapanadze and Barbosa-Leal say actually the same, hence chances are very small, that although the Kapanadze device is real, the Barbosa-Leal device is not. Would be a strange coincidence.


KEEP IT SIMPLE

Still the main guideline is to stay within the scope what can be done with a three-phase transformer and some simple electric parts. Adding more and more complexity will lead to nothing. This is not a data processing device. It is just a device that generates electric and magnetic fields. If it does not work simple, it will not work complicated. There is high voltage (around 2000V) at twice the base frequency (100Hz), either sinusoidal, or (sharp) pulses, those pulses are generated either by a spark gap, or, more likely, by overdriving the transformer (core saturation). A shorted transformer coil then captures the electrons attracted by the high voltage (this seems to be the most tricky part). The objective is to have a closed circuit, not closed in space but closed in time (cosmoLV: »always this is manipulation with time«). Capture the electrons from ground (or ionized air) and let them do work, afterwards close the circuit and put them back where they came from, not straightway while they generate the magnetic field. No closed circuit in space, no killed dipole (Bearden). It either works (somehow) this way, or it will never work; as my inner voice tells me.

[Jeg]

Hi Zeit
100Hz locked with 50 Hz means that there are instances during each cycle in which peak current of 50Hz is in phase with high voltage of 100Hz. For me if there is something into it then this is it.
Firing at the exact moment, perhaps impedance alternates between a low and a high value. An effect which will reflect back to the primary across the load.

You are lucky for not destroying your oscilloscope's channel.

I have got my 220 to 24V small transformers. I haven't still decide on how to connect their primaries in terms of input peak to peak voltage.

Running to multisim the whole two trans design, i found out that i need at least a 100uF cap in combination with a maximum of 400 Ohm resistance (when having 100mH primary). If you find something better then lets discuss it.

Regards

[Belfior]

my direction is using HV in the transformer primary and close to 12V in the secondary. Transformer has the primary wrapped in a small E-core and the 2 secondaries are wound on the opposing sides on an U-core. So the primary core is inside the secondary core. The opposing flux from the loads should now flow between each load coil and not the prim coil.

Then I charge enough big caps to 12V and feed that to an inverter the pushes out 230V AC

My opinion is that a transformer secondary only sees flux and you can provide that with voltage too. Electromagnets work that way.
Capacitors only store energy/charge. You can do that with voltage too and the current can be almost zero

This would be simple enough. Tariel is doing something similar. There is no need to "capture electrons" or to use black magic and ghosts. He could also use 3 phase transformer like this. 2 coils he puts into resonance and third he uses for load. Just use a slayer circuit and connect the secondary to your slayer feedback and the other end to ground. Slayer circuit would keep it in resonance no matter what you pull from the load coil. load coil could maybe be open ended and lead to the load and have the other end of the load grounded

[kpannic]

my direction is using HV in the transformer primary and close to 12V in the secondary. Transformer has the primary wrapped in a small E-core and the 2 secondaries are wound on the opposing sides on an U-core. So the primary core is inside the secondary core. The opposing flux from the loads should now flow between each load coil and not the prim coil.

Then I charge enough big caps to 12V and feed that to an inverter the pushes out 230V AC

My opinion is that a transformer secondary only sees flux and you can provide that with voltage too. Electromagnets work that way.
Capacitors only store energy/charge. You can do that with voltage too and the current can be almost zero

This would be simple enough. Tariel is doing something similar. There is no need to "capture electrons" or to use black magic and ghosts. He could also use 3 phase transformer like this. 2 coils he puts into resonance and third he uses for load. Just use a slayer circuit and connect the secondary to your slayer feedback and the other end to ground. Slayer circuit would keep it in resonance no matter what you pull from the load coil. load coil could maybe be open ended and lead to the load and have the other end of the load grounded

make a little diagram ...pls