(RS) Zero connection between two containers.
And, then I got the idea to speed the process up with,
with this capacitor that I made.
And ... here you can see the layers of the capacitor,
and the exactly, things that I used to build it up.
And, if I connect it this way,
as we talked last week, the production starts very fast,
and the output of the GaNS is very huge.
So...
What we didn't talk about last week was the
the wiring, so this wiring ...
could not be seen on the picture.
But, another person has recognized it that there is a wiring, so here you can see it.
And, the last thing that we didn't talk about is ...
that the last step that I make is that I put some...
some liquid Plasma on this side, so only three drops
on the nano-coated Copper and here I give the information of three drops
of the CH3 liquid Plasma that, I produced some months ago.
So, my idea was to tell this
this capacitor to give the information of the CH3 directly
to this wiring, that the production here is better.
So, these were my thoughts when I built up this set-up.
So, if you have any questions to this set-up.
I can tell you more about, if you want?
(RC) And, I've also got the video right, that's the same one as the set-up?
Were you gonna show that, or should I show that now?
(RS) Yes, I ... So, here I have some pictures.
This is also very interesting, because the GaNS changes its color's. So...
after the process, the color of the CH3-GaNS was this.
So, there are many dark particles lying on the ground and top there is a
a layer of ...
...brown particles. So, there are different particles.
The next thing that I ... that I saw was, that ...
there are some kind of crystals in the GaNS and the other white particles.
And Mr Keshe told last week that this may be, is CO2 particles.
And, now I...
I can show you a picture from the glass, that is very interesting.
So, this is a photo from the glass,
inside, and you can see that ...
there is, or there was produced some kind of
of thin layer of the inner side of the glass
and this you can peel it off, but it's, it's ... it's very hard to pull it off.
I don't know what this is but
when you come to this material with a light,
it changes the colors from yellow to red, to green, to brown.
It's... So, every color seems to be in this.
I don't know crystal or is it a kind of plastic or I don't know whats
what this material is.
And, ... the last thing that I can show is a video from the...
from the GaNS that I made yesterday.
But, I have to take another screen, so one moment please.
(RC) Make sure the volume is down if there's any background
if there is any background music or sounds.
(RS) Thank you.
So, I don't know if the upload from my Internet is good enough,
that you can see these particles, so.
Strange things happen at this time mark, I noticed it in the video.
So, I wanna start it now.
And, here you can see the... that there are two or three drops of this GaNS in ...
in a small glass container, and this container
is standing on a rotating magnetical field.
And the interesting thing is that there are...
So, these particles that are going in this kind of circular direction.
It happens sometime that, this particles changes it's direction
and go to the other side and...
(MK) Can I ask you a question?
These black particles are they... are they nano-materials?
(RS) I think so, because these particles were produced in the CH3-GaNS bottle.
So I take some drops out and put it in another position.
(MK) Okay, carry on please. (RS) Yes.
So, my thought was, that the particles will position itself in the field.
And, there you can see now some strange reactions.
(MK) No, this is a centrifuge.
I can see what's happening, but it's very interesting.
(RS) So here the particle changes it's direction.
And, I did not change the speed of the rotation from the magnet. So...
(MK) Where did it change the direction?
I just trying to see which one you're talking about.
(RS) Yes, I this is at the time mark.
38 seconds.
So you have to look at this particle, I don't know if you can see it on the...
(MK) Yeah I can see it I can see it yes. (RS) Okay.
Ah it went backwards and it collided. (RS) Yes.
And it looks like that the two particles are ...
connected to each other, in a way.
(MK) Yeah this is...
(RS) So why do they do this?
(MK) I think this could be two things, this could because you made CH3 with Iron.
They could be atomic Iron clusters, or if it's a GaNS,
in the interaction with the fields of other GaNS'es,
it has to balance itself out, this is how you get Positrons.
This is what I said in many of the original teachings,
especially when we were doing test in Teheran.
And in the... People like Armen who've been around with me for a long time,
I always explain, you show it physically now here,
that depending on the condition of the field-strength,
the Electron become Positron.
You see a change of direction and you show it here clearly.
I think if you observe this, you will see other particles
which randomly change directions and they go back again
traveling when the field-strength is the right way.
Is...
You have another particle in there, which is reversing.
So, it's Gravitational Magnetic field positioning themselves.
And, what is very interesting is if you look at this,
I even was explaining to Armen recently.
This is why you need to add GaNS'es
into your solid-state GaNS or nano-particles
into you're GaNS or Plasma.
Because, you see if you look at the cloud, stays steady.
The motion of that matter-state or nano-state, is what stirs up.
And this is the this is why the Earth rotates.
the inner rotation of the Earth inner-core as,
if you read in the book one, or I explain more in the book number four.
Is the central core of the Earth for example,
is the mixture of the GaNS'es, nano-material, Plasma and matter-state.
And here you see it, why you need to be able to mix,
the nano-state of the material into the GaNS.
Because, that stirring creates a balance of fields.
And, this is why in the Space Reactor we show we see the same thing,