Feedback To Source

[nievesoliveras]

@all

There is a problem with my 1.5v runner and it is that the circuit charges the batteries, but the batteries charged by it cannot be put to work. I mean if you want to run something with it the batteries fail and loose the voltage.
If you check them with a meter after the test, they have good voltage though.

That is why I am exploring with other circuits and with the magnetic loops.
If I can find the answer for my circuit problem, I will post it for everybody to benefit from it.

Jesus

[Cap-Z-ro]

Sorry you've suffered a setback jesus...I was afraid of that, as that is what happened to my little charging circuit of last year.

Maybe you could still get some mileage out of the circuit if you substituted the falsely charged battery with a joule thief ?

Best of luck.

Regards...

[Koen1]

Hmm... Jesus, perhaps you are experiencing effects from
what Bearden referred to as "4-space Dirac sea hole current",
also referred to by Bedini as "negative energy spike"?
In his book "Energy from the Vacuum" Bearden describes this
"negative energy" as actual electron deficiencies in the Dirac sea,
somewhat like the electron deficiencies aka "holes" in classic
semiconductor theory.
According to Beardens theory, such "Dirac sea holes" do
attract electrons as if they were normal "holes" in the conductor,
but instead of "holes" in the conductor they are "holes" in spacetime
and evaporate soon after the negative energy spike was collected.
They also annihilate when they come in contact with real electrons,
destroying the electrical charges and "the dipole" as Bearden calls it.
So if a setup produces such "negative energy spikes", this
negative energy can be utilised as positive potential pulses, but it
should not be used directly as such.
Rather, Bearden offers a solution where a capacitor is used to temporarily
store the positive potential spike, at which time the positive potential
will electrostatically induce a negative charge on the secondary capacitor
plate. Soon after this, the positive potential will evaporate back into 4D space
and this will also release the electrons that have accumulated on the secondary
plate.
By using two capacitors and a rectifying diode bridge, we can seperate the
electron flow which we want to tap for output from the pulses of negative
energy that we can't use as real current, while maintaining this capacitive
coupling, and utilising the pulse nature of the negative energy spikes to
power the "electron pump" (= rectifier bridge).
This is what you see Bedini do in just about every motor/charger too;
he just about always uses such a setup to "collect the radiant energy".

So perhaps you could try implementing such a negative energy "rectifier"?
Perhaps that would allow you to actually fill the batteries with real electrons
and not a temporary, unstable, quasi-4D charge that appears to disappear
when you hook up circuits that need real electrons to flow...?

I'm just thinking aloud, hoping that it is of some help here...

regards,
Koen

[nievesoliveras]

...
By using two capacitors and a rectifying diode bridge, we can seperate the
electron flow which we want to tap for output from the pulses of negative
energy that we can't use as real current, while maintaining this capacitive
coupling, and utilising the pulse nature of the negative energy spikes to
power the "electron pump" (= rectifier bridge).
This is what you see Bedini do in just about every motor/charger too;
he just about always uses such a setup to "collect the radiant energy".

So perhaps you could try implementing such a negative energy "rectifier"?
Perhaps that would allow you to actually fill the batteries with real electrons
and not a temporary, unstable, quasi-4D charge that appears to disappear
when you hook up circuits that need real electrons to flow...?

I'm just thinking aloud, hoping that it is of some help here...

regards,
Koen

Thanks @koen1 !

That sound very interesting.

I have a problem with the instructions in words. To understand something well, I need a schematic. Do you have any schematic that shows the two capacitors connected to the rectifier?
I would appreciate it very much.

Jesus

[nievesoliveras]

Sorry you've suffered a setback jesus...I was afraid of that, as that is what happened to my little charging circuit of last year.

Maybe you could still get some mileage out of the circuit if you substituted the falsely charged battery with a joule thief ?

Best of luck.

Regards...

Sorry. I did not see this one.

You mean to use 2 joule thieves. One feeding the other in series?

Jesus