160th Knowledge Seekers Workshop 2017 02 23. Subtitles.

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'.