Safety glasses!! haha!
Hello Mehran! ...Good morning!
We've got Skype happening right now. There is a number of people
I need to bring into the conversation, if we wish to do that. ...Why not?
Okay, I have to...
Okay, we have one, two.
Three or four on Skype, We are three.
and we have two other people other than myself, right here, right now.
And there are other people that will probably come on Skype...
I'll put on LadyDragon, she's...
LadyDragon? Hahaha. LadyDragon, yes, I thought you might have run into her
before. She's quite a character, I've just recently
made contact with her. We also have a live
feed for Justin TV right now, and there's...how many on Justin?
How many people on Justin TV? Does it say five or six or something?
Hello Rick. Hi, hi LadyDragon.
Hi Rick. I can hear you. Can you hear LadyDragon, Mehran?
Yeah, Yeah, it's...Okay, well
Hello Mr Keshe, Hello. Good morning. Good Morning.
Very much a pleasure to talk to you, sir.
Nice to talk to you as well. LadyDragon has a...she has a website
in Montreal, and an internet radio show as well.
and she
would love to talk to you about a few things, and
has some comments and ideas, and so on, that she'd like
to discuss as well.
Can you tell a little bit about yourself, LadyDragon?
Yes, well, I've been around
for a while, like for over 15 years, I existed before Google
so therefore, when I write an article,
Google picks it up and puts it in Google news, and
I am known all over the world, in every single country
in the world, and I like to
spread the truth about forbidden knowledge and people,
things that people don't want things to know, I like to talk about that, too.
People that listen to me, are people
who are very awake, they are very knowledgeable people, and
I believe that you are doing a beautiful work, and
I want to talk about your great work, do you know what I'm saying? And...
Thank-you very much. And I have opened a specific section
on my website, which is "LadyDragon.com",
and I talk about all your great work, and I talk about it on my radio show as well.
So, that's why I wanted to talk...I wanted to
participate in this, because
I believe the world is changing to a better place
and I want to participate into the change. You know what I'm saying?
Yes, no problem.
You are testing a reactor? Kind of yes.
I've stopped...you know my last e-mail, and I'm just waiting
to see, otherwise contradiction, so waiting to see...
I can do it even tomorrow.
Yes, I have some concerns about your system...
Umhmm. I would like to see them before you load it, because
I've seen the things you
have done, so,
We, we...Can we have a live connection?
Yeah, I hope so...Let me see...
You are coming up, you are coming up, yes? There it is...
Yes, don't do anything, we see you!
Here is the system. here is
the balloon for filling, this is the first valve,
This is the 5 cm tube,
Can you take it more in the light?
The light is in the wrong position. Move your light in a different direction.
Is it better now? No. No. The shadow is on the system.
That's a little better.
If I be the background,
maybe it will be better. So, this is the 5cm tube,
This is the 3 cm tube,
This is inside the jar, there is a magnet stirrer rod
and I'm planning on stirring it inside
just to see if I'm going to get scintillation from that...
What do you think. You should not
see the scintillation. If you see the scintillation,
that means you are going to get irradiated.
The scintillation, especially the way you are doing it,
do you want this scintillation...
Oh! ...he's disappeared!
Yes, I turn off the video, not to overload the connection.
Yeah. The thing is,
the strength of scintillation is just
on the X-ray strength, what we call "soft X-rays",
So you expose yourself just
on the possible X-ray radiation at a low level.
So, it's not
such a good idea to see it this way.
Well,
I won't be anywhere close to the reactor, I'm going to be about 30 metres
away, so my idea was just to see
if I can achieve this condition
that you are talking about. What are you planning to put into
that glass jar?
I have so far, helium and hydrogen. I can get my hands on argon and hydrogen.
but neon is very expensive here, so
I cannot do anything about neon, at least at this point.
The thing is, if you use helium,
you bring the conversion
too close to the glass.
Use a third gas or a fourth gas, to...
to contain
any soft radiation, as a shielding itself,
then you will see it.
But the problem is, if you have fast rotating magnets, the way I saw it in
videos, if they are loose, or if your magnet gets loose, your glass will open up.
I know that for a fact.
So, you've got to,
to fix it, but it doesn't work, unfortunately. It doesn't matter about the rotation
you put on it. A lot of people are using sensorized
magnets, because it's on the patent. I even see it behind Rick
on the wall...
you should create...yeah, yeah, that's it.
You should create the magnetic field through material, not through
solid magnet. The minute you put magnet or
matter in touch with your plasma, you find out
your Mag-grav disappears.
Because it becomes like a hole,
a wormhole, and it literally
destroys the condition of the plasma the way you like it.
Or you can keep it...unless you can produce vast amounts which continuously
get disappeared. But you have to use, if you are using a glass tube,
we talk about plastic and glass,
but then you have to use, what you'd call "magnetic shielding".
Or you use Argon, or
whatever you have, in the outer boundary,
but you have to keep the continuance of the vacuum high enough,
that when you add material to it,
that you are not in a vacuum condition any more. You are in a balanced condition.
This is some people I read, I listen, and
I see emails coming to me,
they talk about
"What vacuum condition do you use?"
We go to minus 9, minus 10 bars.
My vacuum goes down to minus 4.
So, you would have to use
a turbo-molecular pump or something like that, or a diffusion pump,
in order to get down to that level, is that correct, Mr Keshe?
I use, yeah, I use combination pumps.
You use a combination pump. You vacuum through molecular,
in the last stage, but once you put the first atom
in, your condition of vacuum is not vacuum any more.
So, you change, you become
what I call contaminated. And if you read Book..I think 1
or 2, I explain even in the vacuum of the best vacuum
there is still materials. So,
what the way you have to load up your system, is what I call a hydrogen wash.
You first of all...you sterilize
your systems thoroughly. That is,
you sterilize them that there is no fats.
You never use hands to handle your reactors,
You always use disposable gloves.
If you assemble the system without disposable gloves, you find problems.
Because it's like a fingerprint...a fingerprint is fat.
So, the fat can convert into
hydrogen, nitrogen...what you don't need in your system.
Try to work in a very clean environment,
and what you do, you clean it,
with
alcohol, a very, very, high level of
90-95 percent, that level.
And you allow it evaporate in the container,
not in the open air, that it doesn't absorb more rubbish on it.
Or you work within the container which is in a vacuum condition.
Or clean condition. And then you assemble your reactors always with gloves.
With gloves, and if you by accident touch something else,
change gloves. In one experiment, I use up to fifty, sixty gloves.
because it doesn't matter, the reactor has to be thoroughly
what do you call it, un-contaminated as much as possible.
In mass production, you make systems
in a way that you don't get contamination. But in trials
and the system like which I use,
I open my reactors maybe 10, 20, times in a day,
because I want to see different combinations. So, you have to be always aware
If you put a reactor together, and use your hands,
go back, clean it before you reassemble it, because then you see the problems
in the future stages of the work. So,
when you do that, try to use
inert gas shielding. Inert gas shielding gives you a lot of
advantages, and much more rapid ionization,
because they themselves participate in it.
Mr Keshe, does that require the reactor core
to rotate? Or are there better ways to do that procedure?
We have tried every
every possible, what do you call it, combination.
And in some difference in what you want
from your reactor, you get different parameters, you get different performances.
Some...
for some tests, you can use such a rotation core.
This is for mainly for lifts, it's very, very nice
to be able to use. For energy, you don't
use that kind of thing, you use the other point.
Some people
try double rotating cores.
Double rotating cores are one of the most powerful systems.
So, are you saying
would there be a globe within a globe in that situation?
Yes. This is the most powerful, but control
is very hard.
It has a lot of problems.
It has inherent problems. I built the very first one in Tehran, about
5 years ago,
and now we are in 3 or 4 layers reactors.
We have passed two. But,
to produce such a system, you need
a lot of knowledge, and a lot of understanding
of the fields and what gases you put in, because
in a 3, 4 reactor combination,
you create different layers of shielding.
Two, three, core layers, rotating layers, used for
difference, of the system
for high-speed, and, what we call,
protection, like in the cosmic dust...