-
Rick, I sent you another link,
if you want to show it.
-
These are the things,
which now is with us,
-
and different
groups are developing it.
-
But, as we sit here we see,
that new conditions are created
-
and, how we create these conditions.
-
What strength forces, what I call,
'changes in dimension and production'
-
of different things.
-
What material are created
in that aspects of the technology,
-
when we create new conditions?
-
These are all what we need to do.
-
You see motors create new materials.
-
Can you show the video,
that we can see it, please?
-
(RC) Okay! I think the
sound will come through here.
-
(MK) Yeah! It sounds good.
-
(JB) Okay, so we're trying to
experiment again, here in Arizona.
-
David's back over in this other corner.
-
Before we couldn't influence the motors on the other side,
-
but we influence the fields.
-
The mad David go ahead
-
And you could hear the motors,
the motors stopping.
-
David's stopped the motors.
-
Get them going again David.
-
(inaudible)
-
There they go!
-
And, it probably has to do with the fact
that they're all running the same line.
-
(MK) The interesting is, if he was using
the same line,
-
Why doesn't the
other things in the system,
-
don't start?
(JB) Experiment again here now.
-
(MK) I sent you a picture ...
-
Rick, if you can take
that picture please, and show it?
-
This condition, now that
they start creating different fields,
-
that we see field directional motion
and materials are created on the cores.
-
These are becoming
very, very important.
-
These are becoming
very interesting.
-
You see the material is getting attracted,
on top of the motor and around motors.
-
Nowhere else.
-
We are creating conditions
that allows us.
-
How we can use it?
-
(RC) Hello! Are you still there Mr Keshe?
(MK) Yes.
-
(RC) Okay then...
(MK) Yes.
-
So, we got to see
how the position changes?
-
How the interaction changes?
-
How we are going
to extend the knowledge?
-
Is there anything
you want to share?
-
(inaudible)
-
(RC) Pardon me?
-
(MK) Is there anything
you want to share from others?
-
that they get inspired.
(RC) Well I do have a video that came up
-
from the Keshe Plasma Reactor Group,
last night from Tomasz,
-
from Poland, I believe.
-
And, he has a couple of Copper discs,
that he's nano-coated in a special way.
-
And it's ... he talks about how he uses
them to detect fields,
-
and how he teaches people
to sense fields
-
through using these Copper discs.
-
And I thought maybe you would be able
to critique it and comment on it.
-
And, whether it was a valid technique?
-
Or how he might be able
to improve what he's doing or so on?
-
It's about an 8 minute video.
Is that Okay?
-
(MK) Yeah, as long as you're
happy with the content.
-
(RC) Yeah! I think it's
worthwhile, looking at
-
and I'd like to see your opinion about it,
I thought it was quite..
-
(MK) Let's see what all of our opinion.
(RC) quite interesting.
-
Yes right, exactly!
-
(MK) Let's see what we think.
-
(RC) Okay I'll get that lined up here.
-
(MK) Have you
got a problem to load it?
-
(RC) I just have to
share it again, I think
-
There we go. Okay this is in the,
let's get rid of the other picture here,
-
in the Plasma group.
Let me play the video.
-
There we are...
(T) Okay we got it. So that's the idea,
-
The idea come from just normal
Copper ring,
-
You see the Copper ring,
a normal one.
-
This one is like 9 cm, by 1mm thickness.
Something like that. I mean not heavy.
-
Something light, something comfortable
with your hand
-
with the size, make easy hold them
-
So, that's... actually,
those one are under construction,
-
Is not ready yet, as you see.
The wire isn't ready, is only half way
-
So the full ready, looks like that...
Is basically the black mirror.
-
The idea is nano-coat them by any cold
method, caustic soda.
-
Takes ages, because you need
to actually nano-coat them
-
and after then, polish them
with a really fine sanding papers.
-
Some like a one thousand, five hundred,
something like that.
-
And the concept is:
prepare the mirror.
-
The idea come from John Dee,
the alchemist here from London.
-
and some artifacts from north America,
they use actually polished stones,
-
it's, what is the name
of these stones, I forgot it now.
-
Anyway doesn't matter,
we got Copper.
-
And after when you are
gonna polish them
-
it needs back again to the Nano coating
because probably you’re gonna destroy the
-
all the angles, they need actually back to
the nano-coating process. Because
-
It's not ready, I mean it's disturbed a
little bit because it's constantly using.
-
By people, constantly used inside
the system so I got some scratches.
-
Some things like that
and sometimes I put back again to
-
the nano-coating process
and repair them.
-
So, what the idea is, in the actually
-
create the best mirror,
how this is possible.
-
On the Graphene it's very strange thing,
and the graphene started behave completely
-
I mean not completely, different way.
Different way!
-
And this is my discovery,
so discovered
-
different properties for the Graphene
little bit different.
-
And when you make the..
(RC) Where do you get the Graphene from?
-
Just Caustic soda, just normal.
-
(RC) Normally you wouldn't get Graphene
you would have Copper Oxide.
-
(T) Copper Oxide, sorry Copper Oxide,
because, sorry, sorry, sorry that's my..
-
(RC) Because we can have
Graphene on Copper
(T) Yes.
-
(RC) but it takes a special process with
the plastic and so on.
-
Get's other bits in there. OK carry on ...
(MK) Can I
-
Can I correct?
(T) And after then..
-
(MK) Hello?
(RC) Yes, go ahead Mr Keshe .
-
(MK) You can get Graphene of Copper
-
(RC) Yeah that's what I mentioned to him
after that but it takes
-
a different process than just the plain
Copper correct?
-
(MK) Sometimes you do,
a plain Copper does that.
-
We've seen that in
Raman spectroscopy which is very unusual.
-
(RC) Would it depend on the container a lot
that it's in the type of plastic or the..
-
(MK) More or less
(RC) What do you think?
-
(MK) More or less, it's it can take shape
it depends how the process is and
-
what is in the environment of it when the
process is done, as you say the plastic.
-
Or.. current flow
(RC) You used to use the ground up
-
necks of the Coca Cola bottles.
-
(MK) Yeah.
(RC) As a source for the ...
-
the extra materials the extra Carbons
would be in that, for example.
-
(MK) Yeah it depends on what it is but
how they do it but if you look at
-
what they call Graphene which is become
now we think it only happens to Carbon.
-
The behaviour of the Graphene
can be replicated,
-
in what you call, 'other materials'.