Tutorial on Charging Water with Zapper Method

All right, everybody.

I have been asked to make a tutorial video step by step on how I charge

water

u-using the Zapper method. So let's get right into it.

Here we have a copper plate screwed on a piece of wood just so it's straight

and flat.

I have wrapped

two layers of, uh,

s- plastic wrap right here as a moisture

barrier.

Just because the goal of, of this whole thing is to

separate the negative charge, uh, which is going to go into the water,

and the positive charge, which is going to go into the copper plate as

much as possible. So there are s- not supposed to be any ways

for those charges to equalize,

not through any moisture that's, that may be on the glass,

which is why

this plastic, uh, foil is here. It forms a moisture barrier

between the glass and

the copper plate.

Also, I'm not charging when it's humid because

when it's very humid,

theoretically, the charge could dissipate through the wet

air.

So

very important that everything is dry and plastic wrap's just

an extra layer of security. So here I have the source of my

grounding, a copper wire which is going straight into this river.

Here, I have a copper wire which is going to be connected to

the positive side of this Zapper.

Here, I have my copper electrode, which is going to be connected to

the negative si-side of the Zapper.

And

okay, let me just, uh... I wanna

explain the basic principle, the theory be-behind all of this.

So when

I connect the Zapper to those wires, what's going to happen is that

there's going to be a strong positive charge inside of the copper plate

and a strong negative charge in the water, specifically in

about the first three millimeters of the water at the bottom.

And the glass, of course, is going to be, um, insulating.

So my understanding is that basically this forms a capacitor

and

when

I then disconnect the negative side of the Zapper from the

electrode,

because electrons have nowhere to go, they should

stay inside of the water.

And when I then use my hand to lift up the beaker, well, it's not a

beaker, it's just a glass . Um,

those electrons at the bottom are going to be extremely

strongly,

uh, pushed together.

And there is a physical law, Weber's law,

which is, um,

I don't know, a little older. But this law states that

when like charges, so not positive or negative, but negative and

negative, for example, when they are close enough together,

they can actually attract instead of repel each other.

So that's the theory, uh, of-- That's

Ngolo's theory of what happens, is that when we lift up the

glass,

the electrons are getting pushed so-- together so hard that they

actually attract and change state.

So afterwards, they're not going to be present as

electric

energy anymore,

but as what he thinks

is the same thing as orgone energy, which is a term,

um,

coined by Wilhelm Reich.

Um,

so yeah, that's I think all for this segment,

and I'm going

to continue from another angle.

All right, first things first, I'm going to, uh, put on my gloves.

I have two pairs of gloves here, just so they are thick enough to, um,

not get me shocked again

. I did get shocked once, and I felt fine,

actually really good afterwards.

But it still felt what you would expect a shock to feel like.

So just, uh, additional info.

This is a Zapper which has-- which used to have a light

which is supposed to attract mosquitoes, and it's just turned on the

entire time if you put it on this third setting.

So you see the light is working. It's working the entire time.

I don't have to press anything.

If you want more convenience, you can get one like this.

Otherwise, most ones, uh, are just

like when we put this one on the f- uh, second setting.

Okay. You have to push the button so it works.

When you ke- release the button, it doesn't work anymore.

So

anyway, I'm going to use it, uh, the way most

Zappers work. I'm going to push and release.

So anyway,

positive side goes to this wire right here.

Now,

I'm going to start pushing the button,

and now I'm going to take

the copper electrode and just tap the negative crocodile

clip,

and there should be maybe a visible spark, a small one.

But usually, it's just a small click sound.

Maybe you heard it actually . All right. Nice.

So now I can release the button,

lift up the glass,

and we have one.

The-- My phone overheated, so the video stopped.

But, uh,

now you can catch me

cha-charge my milk. So basically,

you already know it, everything. We're just going to repeat the process

many, many

times.

Push the button. Tap negative and electrode.

Release the button. If you want, you can hold it if you want.

Lift up the glass. Put it down. Repeat.

And that's the entire process. The more often you do this,

the more charged the water is going to get.

Um, Ngolo mentioned in the forum, though, that likely after about

fifty charges,

the,

uh,

results, uh, they are going to be

very much diminishing returns. So probably the

best use of your time is to

just charge a new batch of water or milk or whatever

at that point.

And that's pretty much it. I don't think there's much more to

say.

Oh, just in case you're wondering, this

plastic box right here is just to insulate this

whole aperture from the ground, which I'm standing

on,

just so I'm not going to, uh,

become a source of grounding myself.

That would of course be the precise opposite of what we're trying to

achieve here.

So

I hope this was helpful. I think I said everything I wanted to.

And

bye-bye.

Um,

another detail I'd like to mention is that you may be wondering why I'm

not

holding the electrode, why I'm not holding the

charge for a long time, for like five to ten seconds,

and why I'm not lifting and holding the, um, glass up

for five to ten or fifteen seconds.

That's because also Ngolo wrote on the forum that

the bulk of the charge is delivered within the initial spark

when the negative side and the electrode touch,

or the electrode and the water

touch, you know.

Um, so

that's why I believe that it is way more time efficient to just

tap.

And also he wrote that,

um, it's not necessary to hold the glass in

the air

because if I remember correctly, basically the

charge, uh, dissipates inside of the liquid without--

within,

I think it was like fraction of a second.

So

no need to hold it for a long time.

So that's

why you see me exercising

the speedy process that I am exercising.