Pure RE vs RE with some electrons - how?

[amigo]

To quote Peter from one of the older posts answering my query about Bedini pendulum:

The system sent charge to both the run battery and the charge battery. I ran several tests where the run battery did not discharge AT ALL over a 4 day run. The charge batteries LOOKED LIKE they were charging very rapidly. The problem with the system was that the circuit returned ALL of the electron current to the run battery and sent pure Radiant Energy to the charge battery. After a while, the charge batteries all DIED!!!!!

This helped prove Bearden's Theory that you need at least A FEW electrons in the system. Pure Radiant Energy does NOT charge batteries. All of Tesla's circuits show Radiant Energy lighting light bulbs and running motors, but NEVER charging batteries. Now we know why.

Maybe this was covered before, I apologize if it was, but I'm still not clear on the differences between the two and how should I obtain pure Radiant Energy vs RE containing (some) electrons?

Could someone please provide practical examples (circuits) that create one and the other?

Thanks.

[theremart]

To quote Peter from one of the older posts answering my query about Bedini pendulum:



Maybe this was covered before, I apologize if it was, but I'm still not clear on the differences between the two and how should I obtain pure Radiant Energy vs RE containing (some) electrons?

Could someone please provide practical examples (circuits) that create one and the other?

Thanks.

The circuit for the pendulum has not been released. I am not aware of "pure radiant" circuits out there, perhaps one would have to look at Tesla's work? Others chime in if you do know of the circuits...

[llynch]

I was able to do a pendulum similar to the one in the video using the ssg circuit and only one magnet on the wheel.

My understanding from reading the the forums was that the ssg can be 'tuned' to allow so little current (electrons) from the primary that the charge battery will 'fluff' charge. In addition it can be tuned to allow large amounts of current.
from the many discussions I've read on this it came down to with too high of a resistance there will be mainly Radiant Energy going to the charge battery. This is with the SSG circuit.

As far as pure radiant, the Gray discharge tube should fit the bill.

[amigo]

Thanks for your replies fellas'

I am not interested in the pendulum circuit per se. Actually I want to know how to generate one or the other (RE or RE with some electrons/current?) and to understand the difference between the two based on some circuit that creates them.

[elias]

Tesla Coil

Thanks for your replies fellas'

I am not interested in the pendulum circuit per se. Actually I want to know how to generate one or the other (RE or RE with some electrons/current?) and to understand the difference between the two based on some circuit that creates them.

Hi Amigo,

I think that a Tesla coil does this. But what I understand is the fact the the radiant energy is behind the dc potential and higher the potential, higher the Radiant, and it appears before the current starts. It is that simple, so we can build a circuit which can create high dc potentials and low currents which would create a Radiant flow.

I suppose that the Secret to the Electrogravitic propulsion system of Brown was the utilization of the upward flow of the Aether by using high potential on an asymmetric capacitor.

Electrical potential may somehow be the manifestation of the aether on the physical plane, most like magnetism which is the dual of it.

Elias

[amigo]

Hi elias,

Thanks for your reply.

See, this sort of makes no sense to me. Are we talking about pulsed DC or normal DC (with current)?
I thought that in standard DC we have the potential coming first with RE and then the current occurs; but in pulsed DC there's no current and technically it should all be pure RE without any electrons (current)?

Therefor, if we produce pulsed DC with very high spikes, the gradient difference should draw pure RE (from wherever it comes from) into the system?

Then how do we know we have the RE at the first place, use neon lamps? Won't neon lamps light up after certain voltage is reached anyways; isn't pulsed DC fairly close to AC in that manner?

I swear, the more I read about all this the less I understand it because there are different views all over the Interweb on it...sigh.