Selfrunning cold electricity circuit from Dr.Stiffler

[PaulLowrance]

So this shows that charging should happen with low amperage and discharging with high?

The opposite. You want high charging current, and low discharge current. Interestingly enough that's what gadget & all are doing.

The reason being is that the data *suggests* the capacitance is lower under higher current. Less capacitance equates to less energy to charge the capacitance-- E = 1/2 C V^2

Regards,
Paul

[broli]

Correct me if I'm wrong but I thought the JT gave high boltage spikes at low amperage, and then the bcap was discharged at low voltage at high amperage.

[PaulLowrance]

I was referring to gadgets JT circuit. He's been talking about high current spikes, right? I seem to recall that he was talking about how his circuit destroys batteries. He would be the person to ask about that.

As far as rapid bcap discharging, weren't they just playing around to see how much power it has by making the wires glow, etc.? They probably were not measuring the total energy output from discharging the bcap. It seems obvious the lower the current the more energy they'll get from discharging the bcap. Maybe I'm wrong because so far I have not done any discharge measurements, yet.

Paul

[innovation_station]

Correct me if I'm wrong but I thought the JT gave high boltage spikes at low amperage, and then the bcap was discharged at low voltage at high amperage.

im going to say you both are correct

here is why ...  you have 2 hands..

w

[sparks]

   Tesla is credited with developing the coherer.  Before his work with resonance radio transmission basically was using the capacitance of the antennae charged up to as high a voltage as they could muster between capacitor plate a the antennae and capacitor plate b earth.  This capacitor was then shorted out to ground through a spark gap.  This produced a wild ass oscillation of current which was ok for wireless telegraphy since that was pretty much digital transmission of information.  Then the problem of multiple users came into play and things started slowing down while different users waited for transmissions to cease before doing there thing.  Tesla used the resonance of  his tank circuits to make sure the timing of the disruptive discharge occurred only when the voltage in the tank was low enough relative to the supply transformer capacitor network voltage state.  This allowed for a very coherent wave field and the advent of tuned receivers channels amplitude modulation etc.  He liked resonance and I believe the Wardenclyffe tower was going to be a tuned resonant circuit where he was going to alternately charge and discharge the big ground he had  using it as one plate of a capacitor and the other plate was going to be the Earth itself.  This would capacitively couple the big tank circuit he had pulsing with the Earth.  Changing polarity at some frequency and the Earth alternately causing current to flow inwards towards the tower then outwards.  His dielectric was the air and the pitchblende they were painted with down in the tunnels.  The air surrounding the tower top was the third plate in this capacitor scheme.'
  The resonance was initiated between the air capacitor plate and the buried insulated metal plate.  The inductor in the middle.  The tank would be maintained and damped as little as possible so that the currents and potentials would build up in the resonator from the supply input.