133rd Knowledge Seekers Workshop Aug 18 2016 hour3

[Keshe (K)] We play very open

and it creates a lot of problems,
for a lot of people who see the openness.

[René(Rn)] Err, Hello Mr Keshe,
can you..?

(K) Yeah, just one second.

I've just received the message,
I have to respond.

Just one second please.

(cough)

Yes, carry on please.

(R) Yes. Hello from Austria,
this is, err, René speaking.

Err, I started to produce Gold GANS,
err, em, a week ago.

And I, I tried some experiments
with these rotating spheres,

..and, err, I noticed that, err, there
are many particles in my Gold GANS bottle.

And, err, this picture I.. I want
to show it, err, this is, err, okay?

(K) Rick ? Is it okay with you ?

You're from Austria ?

(Rn) Yeah, from Austria, yes.

(K) Yes, I read something,
I just received from Klaus.

It says; "Mr Keshe setting up generator,
brought us together,

very close in Austria.

Additionally, we found that we are three
groups,

concentrating on three topics, which are
agriculture, energy and health.

Altogether, we see flight and motion.

We would work very close,
to be in one company,

producing and researching, on
different locations.

Would it be okay for you?"

Of course it is.

You Austrians have a different approach
and mentality...

and, it's a pleasure to work with you.

Carry on.

So, you're happy with it, Rick?

[Rick (R)] Yeah, em, I believe so, em.

We'll just have to stop your, um, screen
sharing.

(K) My sharing. Am I the cause
of the problem as usual?

(R) Hmmmn, no, not at
all.

(K) There we are.

(R) Okay

Um

(Rn) Okay, I start my screen sharing now.

(R) Yes, please.

(Rn) (inaudible), okay.

(breathing)

(inaudible), err, this is my,
my Gold GANS bottle.

It's, err, only a tiny bottle.

(K) You have to wait.

Can you..? Now we see it for the
first time.

Can you explain please, what it is?

(Rn) Yes, (inaudible)

So, I have a, a small bottle where
I collect my, err, my Gold GANS.

And err...

(K) Your Gold?

(Rn) No, this..

This is, the GANS that I produced,
from err, from err, from Gold.

(K) Gold?

(Rn) Yes.

(K) Yes, Okay

(Rn) And err..

when I, I make the picture
a little bit bigger and, err,

I noticed that there are many particles,
lying, on the bottom of the glass.

And err,

...I don't know what it is.
Seems that it might be Gold,

but, as I understand the process,

err, I think the Gold is, is not produced
in the Gold GANS,

...but in, in another place.

So, err, I have another picture
from this glass...

and, here you can see the particles lying.

There are, there are many particles and,
they are not so tiny, so you can see with.

(K) Did you made a GANS, its got to be
because...

not all the particles, err,
stay at a GANS.

Some of them, you.., Most probably you
used a huge amount of heat?

(cough)

So, when you come to this position,

even the field, which are near the
matter-state of the gold,

they're convertible.

and, em, part of the fields will
create this condition and position.

It's no problem.

Yes it is, you have made Gold, but you
started from it.

and the fields, em, in that respect,
can be.

And, err, when you make, err, GANS,

you separate molecules at the weakest
point of the strength, in the matter-state

...and you get flakes of it.

And now, you see those flakes,

...which separated before
the atomic separation comes.

The, err, it's not err, strange,

if you test this it's most probably,
from the Gold, which you started.

But, if you clean it out, wash it,
that there is no residue at the bottom,

and then, you leave it in the cup and,
you start seeing this created,

then, this is the production
of the field.

This is a production of Gold,
from the environment.

It's a big difference.

Wash your GANS, totally.
Make sure there is, no residual.

Do not go to the bottom of the, err, GANS.

(Rn) Yes

(K) Separate, in a different bottle,

wash it a few times that, you have
no possibility of any matter-state.

And then, leave it, and then you see,

if you start collecting Gold,
or Gold particles.

Then, this is the true gold,
made out of the environment.

(Rn) Oh, it, err, sounds pretty good,
I think.

(K) Yeah, it is, because this is part of..

We see this in Nano production
of the copper, too.

But, wash this thoroughly.

It's beautiful what you've done.

Em, just wash it, further.

(Rn) Yes

(K) ..and wash it 2-3 times.

Don't go to the bottom, that you collect,
possibly, some of the Gold...

which could be in the liquid,
or in the bottom of the jar.

And, em, then, err, leave it and then
you see if you create Gold.

That Gold, is a conversation of
the energy, into Matter.

This is the dream of the scientists, for
centuries.

Because now you work in a Plasmatic
condition,

the GANS, even being in the glass,
being in the water...

is absorbing energy from the environment.

And if that energy from the environment,
which is mainly cosmic rays

(Rn) Mainly

(K) ...we absorb huge amount
of cosmic ray, across our body.

If you create a right filter,
we create the Matter-state.

So, you, you create, err, a condition
and then check.

It'll be very interesting, come back and
show it to us next week for those of you

who have created the bone, or phosphor, or
platinum, or silver, or whatever.

Go through this process.

Put your GANS's, wash it thoroughly, get
all the Matter-states out, don't go to

the bottom of the pot, because, you bring
it back up again.

Repeat this two or three times
and then, leave it.

Leave the container.

You're sure there is nothing
when you start..

and then see in a few days
time, in a few weeks time,

you start seeing Matter-state and, then
you've use Gold, you see Gold.

These are conversion
of the energy to Matter,

and this has been, the dream of the man.

We've seen it in the dynamic system with,
err, Peter, and they're a lot of...

a few others. People are testing it now,
and then it goes a step further.

Err, you have produced, but the first
step, especially the first GANS residual,

usually, carries this amount
of, err, original Matter.

Some are created, but some mainly are
from their original plate you used.

It's beautiful, thank you very much for
sharing with us.

(Rn) Thank you very Mr Keshe

(K) Thank you...

Just wash it and, come back
next week,

see, how we see, if there
is evolution in it...

and, um, mm. To record it every time
you wash it, that we see the process

and then leave it and the best thing to
do..,

is, to those Gold residual you've,
collected at the bottom,

with the GANS's
you don't collect.

Put it in two, three bottles around
this new GANS you washed.

And you see, you might collect Gold,
outside the bottle,

not inside the bottle, too.

(Rn) So, I, a last question, err,
I have, err, a liquid Plasma

where I put some, of the
Gold GANS water, into it,

and, err, I put, I have a position
for this glass,

err, near a MAGRAV,

that, that, that, err, I built and, err,

I found also, tiny gold particles
in this glass.

So the question is...

(K) Let me, let me.

You see, people have to understand,
what you said.

You used Plasma- water
of the GANS of Gold.

(Rn) Yes

You didn't use the GANS of Gold.

Correct?

(Rn) Yes, correct.

(K) And then, you put it near
a MAGRAV system.

(Rn) Yes, correct.

(K) And then, you found some Gold
in the bottom of the jar.

(Rn) Yes, that's correct

(K) So, you..

(Rn) It looks like Gold.

(K) Err, it is Gold, because,
you created a condition of.

That's the filter

Whatever comes in that strength,

converts, back into the Matter-state.

because. you have water and,
you have the jar.

The jar, is the boundary
of the Matter-states.

So, in that state...,

it becomes Gold when it touches
the energy of the Matter.

It reduces and gives enough energy, that
becomes that Matter, in that state.

So, that is the pure gold you created out
of the Matter-state,

err, of the Plasma itself.

Because when you use, err, liquids,

err, GANS, or the Plasma,
liquid Plasma.

You still have some particles, even
you don't see it, in there.

And that, sets the scene for the totality,

and then, you see the conversion,
back into Matter-state.

If you, become Master in it,

I can show you a trick, that you can
collect a lot of gold.

Can I share a screen?

Let's see if we can bankrupt
the Central Bank's.

mm, like this...

This is, your...

Make your, tube, this way.

Let's say, this is a metre tube, with
20 centimetre tube, whatever,

Make a gap, in between.

If you understand,
this is the gap.

And then, fill these...,

with, different liquid GANS's.

Then, you tell me, what you
have collected,

...in these gaps.

You can, put, two different material
on either side,

...and the element you collect here, is a
composite.

It's like you want to make brass.

You create, the field of them,

the interaction of the Matter-state, will
give you composite materials.

This is a field of composite materials.

And then, if you convert it,
you get the Matter you need.

This is, how you make
composite structures, in the Universe.

You don't furnace,
you don't take Alloys.

You don't make Alloys, out of different
amount of, Matter-state.

You bring, different field strength
of the origin.

In the interaction, they give you
the composite you need.

An' it's, Mon-atomic composite,
which is perfect.

It's better than even making Alloys.

You, what you've done..,

you put the GANS of Gold, in respect,
to a copper, winding coil.

So, what you have, is the field-flow
between the two.

But, you have to understand, with this,

because of it's freedom and, presetting,
here, you most probably collect.

Some of you look at the bottom
of your GANS rings.

You see materials but you disguise it,
because, you don't see it.

But here, you have preset the Gold level,
so you're collecting Gold.

And then, if you bring it closer,
or further,

...you will see the interaction and
the speed of their production.

And if you get it right and, like,
putting another system inside,

you will find out, that, very fast,
you can produce Kilos of Gold.

If you want it, you can mint it,
as they say,

and understanding, the mint is,
making the coins of Gold.

Nobody will know.

Two scientists, in the past few
hundred years, managed to understand this.

Made Gold, out of fresh air,
and they disappeared.

They reappeared in the other places on
this planet, as very rich people,

but they came and, they brought their Gold
and, they made when they leave.

Rothschild, is one of them.

Rothschild family, were given the
secret of making Gold

...and in the process,
they lost it somewhere,

...and then they knew, and the
rest of it, is illusion of delusion,

and they've now, become, Central Banks.

And for the first time, I'm teach it
to you and you are testing it,

and you're seeing it produce.

Make shops and sell, GANS of water,
of the GANS of any product,

and, let people go home.

The Government ask you, for Gold.

Or have a GANS of Gold, you have
a core running.

How many, much?

How many Kilos I have to give you for
for my taxation this year,

to be a free man, to do what I like,
to enjoy my soul?

You give it to them.

The biggest problem now, is...

Where we're gonna stack all this Gold,
people are making?

If you understand the process, the way
you just explained, and speed it up.

You can make a few Kilo's
of Gold, every day.

Put it this way...,
The Earth doesn't respect to the Sun.

Where do you think our Gold comes?
Just came before and finished?

Every day, our planet creates
a mixture of elements,

and it deposits, it's rains on us.

We go to shower, and we wash it.

Beauty and, err, kindness of the creator,
showers on man,

but the man, has not got
the intelligence to understand.

Any other question?

[Paul (P)] Hello, good morning Mr Keshe,
this is Paul from Togo.

(K) Hi Paul, good morning. How are you?

(P) I want to know if..,

Fine.

I want to know if, err, you have received
my PDF, my PowerPoints?

(K) No.

Who's got it?

Rick, have you..?

(P) I have send it directly to you and,
I sent...

(K) To me?

I, have not seen, such a thing.

(P) I send also to Rick.

[Rick (R)] Err, Paul, you sent me some,
err, pictures. Yes, I've got the pictures.

(K) Could you show it please?

I haven't seen anything on
my email from you, Paul.

(P) Yeah, I send also. Mr Rick,
I send you. the, PowerPoint file.

(K) No, I haven't seen it.

(R) Let me have a look, here.

[Ruthy (Ru)] Hello, this is Ruthy,
err, from China.

Err, we, I have two Chinese,
want to share something.

One Chinese, sent me the video,
of his system.

I don't know, where I can send to.

So Rick. Could you give me a, your
email address, so that I can send you?

(K) Send it to;

webmaster@SpaceshipInstitute,
or keshefoundation dot org,

and, then we send it to Rick.

All communication goes through the
webmaster, we don't give private emails.

If you send it at,
[e-mail]

or KesheFoundation.org

Err, you can, very easily, do that.

Let me explain to a lot of you, who don't
know and, this is very important,

especially if you're co.., if you're
sending files of videos.

Uploading, these things, takes a lot
of time and a lot of, err, bandwidth.

Use, a company called, WeTransfer

dot com

Err, wetransfer.com , allows you to send,
err, files below 2 gigabyte,

very rapidly.
You just need the email address,

An', it's very easy for us,
to open, to see.

We don't need to download and wait.

It's very fast, within a matter of a
minute, you can load up.

with a matter of minutes, we download it,

and, if it's not downloaded, within
seven days, it disappears.

So, it doesn't take time on it. If you
download it, then you can keep it.

wetransfer.com is one of the easiest
way for you, transfer, err, videos to us.

Go on the Internet, put wetransfer.com

and, you can use the facility.

Just put, err, wetransfer.com

Err, and send it to
[e-mail]

We see it, we can immediately decide,
Yes/No, and what we can do with it.

And, err, it doesn't take, err,
a lot of time, to do.

If you can send it to the webmaster now,
maybe, we can look at this morning, please

Are you still there?

(Ru) Okay, Mr Keshe, I will send you
the email. Okay, I will send, right now.

(K) We, we, immediately look at it, um,

Vince, could you keep an eye on this
to come up?

(L) Yeah, the, both of them have
the question, is that; The light is,

err, is light, but the compessor,
err, compressor, is not, err, work.

Yeah.

(K) Yes, you have to see, if the output
of your generator is 110 or 220.

If your system is a 220 system, or 110.

A.., everything has to be matching
on the b.., on the same order.

If you are using your fish tank,

your producing 110 output,
and your pumps are 220.

You will find out, you don't have enough
power to bring them into,

err, what-you-call-it, infinity loop,
as we we call it.

This is the problem, and
I explained that.

That's why i said, If you live in the
coun..

Is, in China 220, your power?

Or 110?

(Ru) Yes it's, it's 220 and, err, uh.
(K) The fish pump..

(L) Fish tank, err the voltage is only,
err, 100, err, err, 14.

Yeah

(K) So, your pump is 110, you will never
get your,

err, capacitor and, err, compressor
unit, matching up.

It's too weak.

That's what I said, you have to change
to 220.

We put a note on this, on the, err,

what-you-call-it, the blueprint.

Those of you, who live...

The system, we have put. It tells you,
read, it says, 120 Volt,

system.

So, all you need to do,
is to use, a generator, of 220.

But not the signal generator, or power
generator.

You have to use a, what I call,
standard generator

Kick-in the Plasma and,
then you, have it.

There is a secret in this process.

Maybe, I have to explain, but, um...

Is Douglas awake, he can join us?

You see Douglas in the background,
or is still asleep?

Err..

These compressors, carry
magnetic field wiring,

and that's, the secret to their work.

You have,

err, the system which is now,
is Nano-coated,

creates it's own magnetic field
and holds it's own.

That's why this technology works
so easily, with these things.

But, you have the problem
of the Matter-state, to kick-in.

So, 220, has to have
a power supply of 220.

With 110 fish tank, it says, specifically,
what it is.

The blueprint, is 110, you change
anything you see 110.

If you've gotta 220, you have to change
everything to 220.

The compressor's 220, the
power generated 220.

But, as we said, with the, err,

Research Centre, with
the Innovation Centre,

err, when you go above 140,

err, 4 capacitors are too weak to
carry the power.

It's, so much energy comes as an impulse,
you need to increase the number...

of the capacitors, to 8-12, without
burning your capacitance.

Is Renan in the background, is he awake?

Renan, are you there?

[Renan (Re)] Yes Sir, I'm here.

(K) Renan, would you like
to explain this?

What you've seen in
the Innovation Centre,

...with the spikes, in the power?
With your capacitors?

[Re] Yes, err, especially
for the 220 volt set up.

The blueprint, that is released, its, err,
specifically, with err, the same prototype

of Douglas, which is working at a
110-volt.

So for the 220-volt set-up, err, we
require more capacitors.

Because, there are surge, err,

of the current, coming from the power,

it's amplified. So, it needs
to hold more current.

So, we increase the
capacitors, to 8 or 12.

So, you can start with 8 capacitors.

But, if we can design, the
better capacitors?

You have your own design, to work with?

You can use that, as well.

But, err, for the design that Douglas has,
um, made

so, we can utilize, err, 8 capacitors,
to 12 capacitors.

And we need 12, err...

For the 220 volt system..,

eh, we need to know that the...

You need to check the
compressor's line.

Because, if you see in the diagram,
we have the "R" and "S".

You need to check, that the "S" wire,

or what we call, the starting coil
of a compressor.

The voltage, just come out from it.

Just to check, because, most of
the compressors that we have here,

even, it's 220 volts, it, it comes out
with 120, 110 volts only, even is 220.

In the US, they have 110 volt, err,
compressors,

which, has an output of 110 volt, as well.

So, that why, that is why, it can create
a pump loop, infinity loop,

.. with a refrigerator and breath and,
can have, err,

extract more power in the environment,
using the MAGRAV system.

So, but a 220 volt systems, we need to
do something, err, with the compressors.

Or, if you can find 110 compressors,
much better to test with a 110 first,

if you have access to that, for this,
err, particular design.

(K) Okay, Renan, could you please, err,

produce, err, a blueprint for 220 system,
please

and post it?

(Re) Yes Mr Keshe, err, we will, err,
we're still, err,

verifying that on other, err, number of
capacitors and, err,

flow of connection, for the 220.

We will put.., okay, as soon
as we've completed.

(K) Thank you, very much.

These are the development,
as part of the, err,

We have to separate the system,
between 110 and 220,

but your Plasmatic condition, at
the end, will be applicable for both.

It's just, to start a system in
the components, which are, err,

ready in the market, that we can use.

Err, with our work, we look at about 12
capacitors, it's very easy.

You got to do, what, um, err,
to see the power, of your output.

What you do, when, you
go to your generator,

rotating the speed of it, because, you're
reversing a motor, into a generator.

Um, put a Volt meter and see;

What are the maximum voltage,
out of your system?

Put a Volt meter with a 1000, 2000
Volt capability of measurement

and see; How much? What is? and
What peaks come in?

How does it jump?

Some systems go to 600, something,

They're small pumps.

If you get the speed of rotation, the,

the, Fish pumps, in 110,
can go up to about,

6, to a 100, to a 1000 Volts,
with the current.

You ommediately, immediately go, into..,

what they call, err, "Plus Condition".

Err, 1+ or, err, supplying more energy,
than you're actually producing.

Or, you're using to produce energy.

Err, this is very easy, you can check.

But, in that process, you can see
the peaks and, the peaks,

allows you to go further and,
what you can do.

What we think the ratio could be,

is, one capacitor, one capacitor,
per half a kilowatt.

When it comes to the 100 and,
there are 220.

And, 1 capacitor to about,
.75 to 1 kilowatt, for 110.

So, if you get that, in mind, and
understand the power of your,

peak of your generators

and, then, err, you look around about,
12 to 16 capacitors,

and, this is important, err, to give you
a guideline.

And, depends again, how
you make your capacitors,

How, are you, um, arrange your capacitors
and, if you're capacitors, is, um,

err, in line, with the other things,
with other facilities in your system.

Try to only use only Nano-material coated,
all-the-way-along.

Err, don't mix wires and capacitor

and then, Nano-coated wires.

Make sure your loop, from the point of
interaction with your power supply,

to trigger the plasma.

Everything, has to be in Nano-coated
condition.

Especially, when you go into,
the solid-state systems.

We, we will, we will show you the
solid state system very shortly,

and this pump situation, goes out of it.

But, it's part of the process, of the,
err, development

and, it's there for you, to see
and to repeat.

Hello.

Hello Mr Keshe.

(K) Who speaking?

[Azar (A)] Err, mm, Azeir,
(inaudible), Caroline..,

We are still waiting, for Paul,

to see, his videos or his PowerPoint.

(A) Err, sorry, it need..

(R) Yeah, I'm working on it,
here and there is,

about, 30 pictures or something.
I have to, err,

download each one individually and,
set them up individually and,

it's, err, a lot of work, here, right now.

But I'm try, there is a video, err, a PDF.
I not sure if the pictures are in the PDF,

or, if I'm, supposed to
download those separately.

Err, mm, maybe Paul, you can
help me with that?

Is that, err, are the pictures in the PDF?

Do I need to download all of the pictures
and, set them up?

Or are they already,
in the PDF?

(A) Paul will see.

(P) Here, you have to download,
only the PDF.

(R) Okay, well thats all full then,
just give me a minute.

(A) Err, I have one question.

(P) Hello,

Ah, I tell you something Paul. You
send me a PDF,

um, err,

email. With a lot of boards,
with the holes in it.

Is that the one, you're talking about?

(P) Yeah, but, err, yes.., yesterday,
I send, err, a presentation.

How, the way that I have sent it,
I have sent it yesterday.

(K) Mm, no, I saw, I remember now.
I saw an email from you.

With a lot, a board with a lot of
holes in, I was wondering,

What are these holes for?

What are you doing with these holes,
you made, on this board?

Are you listening to me Paul?
(P) I will...

need, err,

ah, yeah, um, yeah

I will need, err, le PDF, to let you
understand what I have done.

Because it, because it is,
err, a most (inaudible).

So, I have made, err, surgeries,

the way that, it is easy, that you will
understand and, err, would enlight us.

to..

I can send you, now, now again, err,
the file, and you can see.

(V) I'm trying to, err..I'll, err,
I'm trying to get it, err,

downloaded it properly
from the, err, um, cloud.

And, err, so i can open it in
the right application.

I'll just be a minute, here.

(K) Yes, let the other gentleman speak,
Paul. Till we ready, that we can share.

Somebody, was a speaking.

Can you tell us, what you wanted
to tell us, or teach us? Please.

(Ru) Eh, Hello Mr Keshe, this is Ruthy.

Err, ww, just now AnJie, and his
Chinese name is Janam.

He want to, ask you a question.

Err, if he, he had designed a, err,
core system,

and he ask, err, he want to ask you,
if his system, can replace the com..,

compressor. Err, so, please let he speak
and, I try to translate for, for him.

Okay.

(K) Rick, have we, have access to this?
Can we do this?

Or, you're too busy in the
background, with the other one?

[Vince(V)] I'm here Mr Keshe and, yes. She
can tra, err, translate, in the meantime.

brands i will

(K) Could you promote the person,
that we can see?

(V) Yeah, they're both here.

(K) Okay, because, I have to stop sharing,
I'm the cause of the problem, okay.

There we are, you can share.

(V) Err, we don't have any pictures yet.

It's just a matter of, err, a question
being asked and she can translate.

Ruthy, can you do that please?

(Ru) Err, yes I can, I can try to, err,
speak Chinese to him, explain, ask him.

<Chinese Language>

<Chinese Language>

<Chinese Language>

(Ru) Eh, Okay, so, he's ready.

(K) You.., He's ready.
Okay, tell us what we see.

We see, the two compressors. We see,
the Stacker Unit

We see the, err, capacitors.

<Chinese Language>

(K) Okay, wait, wait wait, wait, wait.

<Chinese Language>

Err, um, Douglas, is Douglas
or Vernie on-line?

[Vernie (Vn)] I'm here Mr Keshe

(K) Vernie, could you be kind enough to
look at this and err, enlighten us please.

(Vn) Okay

(K) Okay, carry on please.

<Chinese Language>

<Chinese Language>

<Chinese Language>

<Chinese Language>

<Chinese Language>

<Chinese Language>

<Chinese Language>

<Chinese Language>

<Chinese Language>

(Ru) Okay, so, the question from Janam is;
He tried to use, err, a converter

um, which he..

(K) He wants to use, what?

(Ru) A converter, which is, err, a
converter from, er, 12 Volts DC to 220 AC.

And he want to use this, to replace the,
err, the motor, in the blueprint design.

Err, sh.., he ask, err, if this,
err, can work here. But, err, I..

(K) Yes, Why not? Try.

<Chinese Language>

<Chinese Language>

(K) Let me, let me, let me, let me explain
something very interesting.

<Chinese Language>

You, you have to plug your pump,

both compressors, into your load.

In Reverse.

I hope you understand and,
I hope you do that.

(Ru) Err, sorry Mr Keshe,
I can't understand.

(K) You see, the two pumps are connected
in the infinity loop.

Which means, they are connected
to each other.

Yeah?

(Ru) Okay. You mean a compressor?

(K) Yeah, yeah. The two compressors,
the two black units.

(Ru) Okay, okay, the two black,
black device, Okay.

(K) Yeah. But these black devices need
to be supplied, with the power.

So, when you go, for example, to that
yellow plug.

Err, Vernie, correct me if I'm wrong.

Err, when you connect, let's say,
the, the pump with

the silver or Aluminium foil,
on top of it,

to the yellow distributor, err, plug.

if you put, negative, on one side and,
positive, on the other,

because, still you work on the,
err, what-you-call-it...,

I have to, yeah, i have this.

What I'm gonna draw, and correct me
if I'm wrong, err, Vernie.

From this one here, you connect
to the positive

and, from here, for example, you
connect to the negative.

You're, creating a loop

and, from this one.

I have to choose a color
you don't have, there.

No, that they see.

There, um, we go for a color
you can see, blue.

For this one..,

if this is the positive, here,
and negative, here

and this, is positive here and,
negative here.

You go, you connect, the
negative of this.

Yeah? To the positive

and you connect the
positive to the negative.

Then, your system automatically goes,
in a infinity loop.

Not only, it feed itself, to the plug.

Then, it becomes a consumer
of its own energy.

That's how you create the loop.

Am I correct Vernie?

(Vn) Yes Mr Keshe.

That, get in place
(K) This's the

This is the trick to this system

and, in normal condition it doesn't work.

In a Matter-state, it doesn't work.

But, because, you're in a
Plasmatic-state, it works.

This is a trick, which most of
you have, not even realized.

You have to,

you have no choice,

to connect the positive of this to here

and, the negative of this,
to the same side.

You connect the, pos.., negative of this,
to the positive

and, the positive this, to positive.

While, the system, is feeding,

generating electricity, to go around
the circle, to come to itself,

you put, on your load, the Load
you need.

This is the trick, this is the
secret about this setting.

You plug, your capacitors,
your, what-you-call,

the, the compressors, to your own Load

and, at the same time, as is loading and,
they are working together,

you are, draining energy from it.

You look at the polarity, of the poles of
your compressor, when you connect.

None of you have realized this,
this is very important.

(inaudible)

[Vivek (Vk)] Does that make that sort
of a infinit.., err, sorry,

a feedback loop, onto the
Infinity loop itself?

(K) Yes, it's a MAGRAV feedback. This is
another way of the capacitors.

If you remember, when we made
the capacitors?

We, had the, gravitational system,

and then, we loop back,
one to itself

and, one went as a capacitor battery.

It's the same process.

This was in the solid-state, here we're
going more in the Plasma-state.

This is, err.. Thank you very much for
putting this, pictures up.

It, it's fantastic what you brought up,
but, um,

we have to understand, what
we are doing here.

If, I clean this up. Can you clean
the board for me, please?

And, and, what the rest of it?

Can, can you rub, the rest
of the picture?

(breathing)

If it doesn't work, then, err,
stop sharing again.

Uh, I'll cleaning it myself. I've gone
cleaning it myself, it's okay.

Yeah, no problem. Let me just do my work
here, a little bit.

Err...., I'm a, messy worker.

You see, here,

you have, the positive.

Here you have the negative.

You're talking about,
this yellow box here.

You have two positive
and two negative.

From the pump 1.

Here is your positive, this is your
negative.

You come from the positive,
into the positive.

You come, from the negative,
into the negative

Err..., Okay, we're gonna find
a way to do it.

Here, with the pump 2, you
have positive.

Here, a negative here, a positive here.

You take, here, the negative
and, you go over to the positive.

And, you take, the positive

and, you go to negative.

Your plug, becomes, your feeder
and, a generator.

You loop, feed back in.

Um, Viveck and John, who work
in the back, in the support

and, err, Vernie, sorry, Renan.

You have to put this in the blueprint,
that people understand.

If you remember, when we made the MAGRAV
unit, we indicated the polarity.

Which way, you have to, connect it,

And this point, these are not
only the Load, but,

...the other producer, the generator too.

Internally, in the box,
they are operating like this.

You can't just plug it in.

When you make your connection inside
and, you take your two wire out

you're taking the load out. But,
internally, here....,

Um, I tried to, now I go to
the next thing to clean,

that you can see.

Um

What you are doing, you are connecting the
positive of this, to the negative of this.

And, you're connecting,

you are connecting, the positive of this,
to the negative of this.

And here, you're taking two lines out,
which goes to your power.

You can do this internally,

or, you connect it to the power supply,

where itself feeds and, become
the generator to itself.

This is the trick, in this game.

You taking from the same wire,
positive, negative

and, you're taking from the
other power's line, negative,

because, you're in an infinity loop.

If it goes back to the understanding
of the system,

you remember;

magnetical, becomes the gravitational and,
the gravitational becomes, magnetical.

This is pump 1, pump 2.

It's you, who decide to take energy,

from here and, from here.

You are taking, from the magnetical of the
one, or gravitational to other one.

In, err, fact it looks very ridiculous,
how it does.

Sorry, this is here, not here.

In fact, it's the same thing.

It's the same loop, but you,
take at the weakest point

and, the strongest point of the other, you
create the, rotation.

If you look at it, it's, um,

is this way.

Um.., if I can do this,

then you can see it.

Is, you have the two loops.

You have the two systems.

Here, it's at the strongest.

Here, is that this,

much more strongest,
because, here,

is, err, strongest, in the weaker fields.

But here, is a strongest,
in the strongest field.

Because, in the interaction,
all the top layers..

It's like, em, peeling a fruit, which has
many layers.

The top layer, is stronger in magnetical,

but, the inner layers, are stronger,
in gravitational

And, as the system goes...
I taught this last week.

You, you reduce the magnetical strength,

but, when you come here you got more
powerful system, more powerful energy.

And, its the same, vice-versa,
with this one, here.

You start with a strong magnetical.

At the point of conversion,
you become strong in gravitational.

So, what you're doing

You're, in fact, tapping into,
a very self-made, potential difference.

Because, if you connect to here,

you are, dealing, with the same source,
highest to the lowest.

Or, you can connect to here.

It's the same process.

That's, how the loop feedback comes in.

It depends how, which one you connect to
positive

and, when you connect your system,

is..

I have to find another color

Is, the potential difference,
has to be there.

that, trying to feed the strongest
to weakest,

you connect energy and, you tap into it.

It's unlimited.

Megawatts.

Gigawatts.

It all depends, how much strength
you can carry, within the centre

and, how much flow you can allow.

If you look at this, in reality,
you don't need any of this.

This is a waste of time, but, this is the
way you understand.

The coil, is the controller,
of the fields,

how much, converting of the Plasmatic,

Matter to a Plasma-state.

If you look at your circuit,
in a very simple way.

If you look at your circuit,

here, this capacitor,

this setup, here,

is a converter.

And, these two,

are, your balancers.

If in your designs, place this
in the right position,

you can dictate, a lot of things.

You'll, choose things randomly,
but, if you look in your structures

and, understand the work of
plasma,

is not, wires anymore.

You're looking for all these wires.

Look, at the interaction of the fields.

Because, this is not creating,
err, DC or AC.

These two, because, of the condition
of these, are creating plasma condition.

So, where you put your coil,

how you position, these, to each other,

from now on, matters.

Is not any more wires, is their fields
and,

you have to go through, this transition of
understanding.

That's why, for example, we created
a stacker, 3 on top of each other.

If you look at the blueprint,

how, each one is Nano-coated, GANS coated,
is to create a flow

The innovation center, err, people,

have start understanding,
the use of these things

and, you have to, become an actor too.

You create, a loop.

This is your loop.

Do you want to tap, in the strongest
and the weakest of one,

or, the weakest and the strongest,
of the other.

And, then you see your
system performance changes.

You use the same compresses, but
can not do.

I watched this yesterday,
with Douglas in presentation,

but, I thought; He hasn't understood it,
I cannot interfere.

Because, you see the working, but, I don't
understand why the system works,

sometimes it doesn't work,
some of the time.

Yes, because, you haven't understood
what you're dealing with.

You're dealing, with the flow
of the fields.

You call it, a negative and,
a positive, of the system.

Negative.

Positive.

Here, I want to give. My magnetical,
is more powerful.

Here, I want to take.

Here, I have to give more, because,
I create the capacitance.

I have a step down, or a step up.

That's why you have the capacitor
in one of them.

Because, they never match, and not
matching, one tries to feed the other.

So, now that you make your connections,

the important thing for you is...

Are you, tapping, into the
positive of this one

and a positive of this one,

or, are you, tapping into
the negative of this one

and negative of this one?

Are you, tapping, in the positive of this
and, negative of this?

Because, now you've, your dealing with
the field-flow,

but, because, you have a
pump in front of you,

you think that's what the pump does.

No, because, now the pump itself,
as you've seen,

is part of the Plasmal circuit.

Thank you very much

Err, for bringing this picture on,
because, he clarifies a lot of work.

(Ru) Thank you Mr Keshe

Err, yeah, and err, Janam, He have place,
err, design to re-use the core,

the balls, to replace the, err,
capacitor, err, compressor,

for, for, for pumps. Yeah

(K) This is, very correct.
you're very correct.

This is part, of what we are doing
in the Innovation Centre.

It was shown last night, by Vernie
to the American audience.

And, you've been correct, um, you
can do it,

I would like to see his design, then,
we can comment on it,

or, Vernie can comment on it. Please.

(Ru) Yes, he want to share it, to you.

(K) Please.

(Ru) Okay

<Chinese Language>

(K) This is, err, liquid Plasma
containers.

Let me, I have to clean up.

This is a liquid Plasma condition.

Am I correct, he's using, err ?

I have to clean up the mess.

Okay, carry on.

Yes I can see it. This was shown.

This combination work, was shown,
first time, by Vernie and Renan,

in Dubai conference. A lot of people,
didn't understand it.

Vernie, would you like to comment on this,
because, your expert in this.

(Vn) Yes it's Okay

Err, what is not shown in this drawing,
are the coils,

in between the, err, GANS's.

The, in between the bottles.

So, there are, three MAGRAV coils.

Can I, err, annotate?

(K) Yes, I think you already doing.

(Vn) Okay

(K) Let me clean up my, err, print.

Let me explain to you, what it, what the,
err, um, err, Vernie is doing.

We have, already developed this,
in the...

Err, in the Keshe Foundation.

There is some pictures here,
on overlapping.

Err, we, we have already developed this,

in the Innovation Centre.

when conjunction with the coils,
we showed last night.

And, this is a combination of the, err,
Plasma GANS and the Nano-material coating.

Err, you can create such
a thing.

It's very easy, but, what I explained to
Vernie, when he wanted to do this.

When you make commercial units, carrying
liquids, it will be part of the problem.

So, we have gone, step down, into
the Matter-state, to create such a thing,

In the coil structure.

And what Vernie, is going to explain
to you, is that,

the structure which, err, I've designed

and, err, when he has added the
different connection, at the same time,

to it, it works like a heartbeat.

Err, and, it becomes
self-sustaining system.

Err, go ahead please Vernie.

(Vn) Okay, err, this is correct. The
interaction, here, is correct,

Err, for, let's say. For this,
for this, err, side.

Err, what i have shown yesterday. What you
notice, we have this container and,

this container. And this container and,
one in the middle.

(K) Use, the thicker colour pen.

It's very faint, what you're doing,
Please.

(Vn) Okay, err

(K) Use a thicker pen.

(Rn) Wait, it's not working.

(stretch)

(K) There's a lot of same color, err, on
the board

(Rn) I'll just remove my...

No, I cannot doing, Okay.,

I'm removing my previous..

(K) I'm removing, what i put in there,
that you can carry on, showing.

You're clean sheet now, carry on.

(Rn) Um, Okay, I don't have the option
here, for a thicker...

Uh, here it is.

(K) This aligns, drop-down,

(Rn) Okay

(K) Here's the screen, yeah.

Okay

So...

This part here, these are, err, containers

Here,

3 and 1 in the middle.

Err, what I have, err, I,
these are liquid Plasma

Here's this

They are, they are arranged in a
correct manner.

What you did not notice

are, the MAGRAV's in between them.

Here, here and, here.

Which have, connection

Like this.

They handshake, err, with each other.

MAGRAV, in a way that you have
magnetical

and, gravitational in the middle,

in each. Show,

the coils,

and,

if you have this, err, err, configuration.

(K) Just, just wait one second. Can I add
something, please?

You got to understand, here,
we go on to the next step.

Where, what Vernie is explaining, now,
is that...

Where he put these blue circles,
these are, you don't have,

these are, field interactions.

You have to, from now on,
to count on these.

You can just put the bottles and,
say; I connect the bottles.

The bottles configuration,
creates a star formation and,

each of these points, as, err,
as Vernie is showing,

um..

Each of