-
(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,