0:00:00.140,0:00:04.230
If you have a single atom in a cubic meter,

0:00:04.250,0:00:08.300
that plasma will cover the whole cubic metre!

0:00:08.320,0:00:12.400


0:00:12.420,0:00:16.510


0:00:16.530,0:00:20.730
Two, three core layers,

0:00:20.750,0:00:24.930
rotating layers, used for a difference in the system

0:00:24.950,0:00:29.130
for high-speed, and

0:00:29.150,0:00:33.310
what we call,

0:00:33.330,0:00:37.400
"protection", like in the cosmic dusts....

0:00:37.420,0:00:41.600
...like in the cosmic dusts.

0:00:41.620,0:00:45.790
You use your reactor

0:00:45.810,0:00:49.970
so the first two inner cores maintains your

0:00:49.990,0:00:54.160
gravitational-magnetic field,

0:00:54.180,0:00:58.360
the third and the fourth, you control with your subsidiary reactors,

0:00:58.380,0:01:02.540
for shielding in the direction of strengthen.

0:01:02.560,0:01:06.720
So, what you do, is you bring in your third, which works on the outer boundary,

0:01:06.740,0:01:10.880
and you use one of your 120 degree reactors

0:01:10.900,0:01:14.940
to strengthen the shield in the direction of the motion.

0:01:14.960,0:01:18.980
So, you have two layers, this is part of the difference.

0:01:19.000,0:01:23.040
And I'm sure the Iranian government uses it in their space technology,

0:01:23.060,0:01:27.120
especially for capture and landing, you have to maintain your gravitational,

0:01:27.140,0:01:31.210
but you increase your direction with your third and a fourth reactor.

0:01:31.230,0:01:35.290
This is very important when you,

0:01:35.310,0:01:39.470
when you travel into, or you create a

0:01:39.490,0:01:43.670
variation magnetic field testing,

0:01:43.690,0:01:47.840
that you can get away with the first shield; use a central core plasma.

0:01:47.860,0:01:52.030
Central core plasma, very much like a sun. Then you

0:01:52.050,0:01:56.210
have to know how to create little

0:01:56.230,0:02:00.390
layers of magnetic field in your plasma core.

0:02:00.410,0:02:04.580
You do it in a specific way, through different materials.

0:02:04.600,0:02:08.770
Scintillation does not just come in hydrogen,

0:02:08.790,0:02:12.970
or helium.

0:02:12.990,0:02:17.170
In the body of man, it's done by four different elements.

0:02:17.190,0:02:21.360
In our amino acids, so if you learn that, you can convert it

0:02:21.380,0:02:25.550
into practical reactors. But the glass tube you have

0:02:25.570,0:02:29.750
there is very, very interesting. I've seen the guy

0:02:29.770,0:02:33.950
what he is doing on the internet; he shows a plasma,

0:02:33.970,0:02:38.140
and he plays with it...it's an American guy who's recently come on the scene.

0:02:38.160,0:02:42.330
The Primer Fields, I think that is called, is that correct?

0:02:42.350,0:02:46.420
I don't know...I've seen one of his videos, it's a nonsense.

0:02:46.440,0:02:50.480
He literally...

0:02:50.500,0:02:54.570
when we were talking to you, it's like a globe you have in the back of your...

0:02:54.590,0:02:58.640
on your, what do you call it. All he is doing is...

0:02:58.660,0:03:02.770
he is making a glorified version of this...Yeah!

0:03:02.790,0:03:06.980
We used this in labs in physics.

0:03:07.000,0:03:11.190
in secondary schools, so what he has done, he creates

0:03:11.210,0:03:15.410
a what he calls a plasma, and he puts current through it.

0:03:15.430,0:03:19.610
So, it shows the light. Or, he says this is a plasma and this is

0:03:19.630,0:03:23.810
what I'm doing with it. This is something that's been done in the 1950's!

0:03:23.830,0:03:27.910
It's been done in the 1910's and 20's,

0:03:27.930,0:03:32.100
even then they were experimenting with high voltage,

0:03:32.120,0:03:36.280
and showing that the effects of the galaxy

0:03:36.300,0:03:40.470
are created by doing that, you know.

0:03:40.490,0:03:44.660
You don't need high voltage. You don't need high current. Yeah, it's old news.

0:03:44.680,0:03:48.850
If you look at the video we put on our Forum about

0:03:48.870,0:03:53.040
our reactor, and if you look at the power supply,

0:03:53.060,0:03:57.060
we use very, very little, very little.

0:03:57.080,0:04:01.190
About 150 volts, is the way I was reading it...is that correct?

0:04:01.210,0:04:05.360
No, no, no, we don't...

0:04:05.380,0:04:09.550
The system maximum uses...we use a 9-volt battery,

0:04:09.570,0:04:13.730
a rechargeable battery,

0:04:13.750,0:04:17.920
to run our operation in testing. You see,

0:04:17.940,0:04:22.110
when you do a rechargeable battery, you

0:04:22.130,0:04:26.300
connect your battery to your motor to start your running,

0:04:26.320,0:04:30.500
and then you take the energy from your reactor once the plasma is created,

0:04:30.520,0:04:34.700
to recharge your battery. So, you become supply independent.

0:04:34.720,0:04:38.760
This is how you isolate from control from outside.

0:04:38.780,0:04:42.780
If you have a power supply, you have a line connected going through your

0:04:42.800,0:04:46.840
shielding, let's say, and you can't have that.

0:04:46.860,0:04:50.920
Simply, look at the Columbus, the Shuttle.

0:04:50.940,0:04:54.980
When they come back, and they come at the wrong angle, they give in to burn.

0:04:55.000,0:04:59.020
If you create a field, you have to maintain control of it internally.

0:04:59.040,0:05:03.070
Because the shielding will not allow you to go anywhere else.

0:05:03.090,0:05:07.140
You become isolated, you become insulated.

0:05:07.160,0:05:11.210
So, we have chambers built internally,

0:05:11.230,0:05:15.290
we have even gas chambers built internally,

0:05:15.310,0:05:19.380
for control and feed. You can not work

0:05:19.400,0:05:23.470
with a cable power supply.

0:05:23.490,0:05:27.570
You have to build your power supply internally as part of your reactor...

0:05:27.590,0:05:31.690
Yes, we've been, say, "playing" with that high-voltage

0:05:31.710,0:05:35.820
thing, just to see different effects, and see what happens.

0:05:35.840,0:05:39.980
Like we take a Plasma Ball, which when you hold it this way,

0:05:40.000,0:05:44.160
with its little column in the middle,

0:05:44.180,0:05:48.350
it looks almost identical to your patent, actually. I can actually hold

0:05:48.370,0:05:52.520
your patent up here...I don't know if you can see this...

0:05:52.540,0:05:56.710
And I hold this right in front, and it matches exactly the patent...

0:05:56.730,0:06:00.890


0:06:00.910,0:06:04.930
Yes, well look at the drawings around it,

0:06:04.950,0:06:08.980
there's a lot of information in that drawing. You bet, yeah. But it's interesting that

0:06:09.000,0:06:13.010
the gases inside this little Plasma Globe are inert gases,

0:06:13.030,0:06:17.060
many of which are the same as in your reactor, so

0:06:17.080,0:06:21.100
that's why we started, sort of...I got the idea, anyway, to start playing with

0:06:21.120,0:06:25.150
a Plasma Ball, just to learn more about it. What happens

0:06:25.170,0:06:29.210
to a Plasma Ball when you put it in a vacuum? What happens when you spin it

0:06:29.230,0:06:33.300
at 4000 rpm? So we did those experiments,

0:06:33.320,0:06:37.390
and... And what were your results? Well, when we spun it,

0:06:37.410,0:06:41.500


0:06:41.520,0:06:45.610
You see the central tendril is forming,

0:06:45.630,0:06:49.730
there now, at 1000 rpm or so. I'm going to rev it up...

0:06:49.750,0:06:53.910
So, we have this Plasma Globe...

0:06:53.930,0:06:57.940
It's got the gases inside. What gases do you have in it?

0:06:57.960,0:07:02.120
Well normally there's Argon and possibly

0:07:02.140,0:07:06.240
some neon, and...

0:07:06.260,0:07:10.380
other gases along that same range,

0:07:10.400,0:07:14.570
possibly some helium, depending on the colours in each particular Plasma Globe.

0:07:14.590,0:07:18.740
Apparently quite often they use Argon,

0:07:18.760,0:07:22.920
and Xenon. This is something you bought

0:07:22.940,0:07:27.110
off the shelf? Yeah. You buy this for like $14, and it's got...

0:07:27.130,0:07:31.200
Yeah, Yeah, I thought you made it yourself. ...It's got a high-voltage power supply

0:07:31.220,0:07:35.400
all ready to go. No, that's the thing about it, it's already

0:07:35.420,0:07:39.600
made, in fact I've already taken the bulb, the glass

0:07:39.620,0:07:43.780
part out of the bottom, and we put it in

0:07:43.800,0:07:47.950
inside of a

0:07:47.970,0:07:52.140
vacuum chamber that I made here.

0:07:52.160,0:07:56.320
You can see the bulb sitting inside there? Yeah, yeah.

0:07:56.340,0:08:00.500
Then we run it with high voltage from a

0:08:00.520,0:08:04.690
automobile coil system, you know, with forty, fifty thousand volts and so on,

0:08:04.710,0:08:08.760
and...in fact, well, we could try it here right now, actually...

0:08:08.780,0:08:12.780
just to show you what it looks like. You get a purple

0:08:12.800,0:08:16.820
plasma happening inside the chamber, basically. What colour

0:08:16.840,0:08:20.870
was it before? Well the ball itself will be...

0:08:20.890,0:08:24.910
like a normal...it's normally this colour with tendrils

0:08:24.930,0:08:28.970
that are blue and so on.

0:08:28.990,0:08:33.020
Go ahead and turn the vacuum on there...

0:08:33.040,0:08:37.070
okay...

0:08:37.090,0:08:41.160
Just a second, here...

0:08:41.180,0:08:45.280
This is what you call a "Live Performance?" heheh. Yes, that's right exactly!

0:08:45.300,0:08:49.430
We like to change things on the fly. Last week we probably changed the chamber

0:08:49.450,0:08:53.470
a hundred times and tried a hundred experiments in a couple of hours...

0:08:53.490,0:08:57.570
you know. Do you want to get ready with that light?

0:08:57.590,0:09:01.600


0:09:01.620,0:09:05.630


0:09:05.650,0:09:09.650


0:09:09.670,0:09:13.700


0:09:13.720,0:09:17.760
Okay,

0:09:17.780,0:09:21.830
I'm not sure if you can see that...we might have to lift it up...

0:09:21.850,0:09:25.860
It gets a little dangerous!

0:09:25.880,0:09:29.920
Oops, we lost the connection! Can you turn the power off? Yeah.

0:09:29.940,0:09:34.000


0:09:34.020,0:09:38.070


0:09:38.090,0:09:42.160
Kill the kitchen light there, Paul.

0:09:42.180,0:09:46.220
I don't know...can you see that at all?

0:09:46.240,0:09:50.270
Kinda dark...

0:09:50.290,0:09:54.340
It's bluish something. Yeah, it's bluish and purplish inside there,

0:09:54.360,0:09:58.440
We can actually move it a little closer into the circle though,

0:09:58.460,0:10:02.460
Oops, the wire is off! Watch it! ...Hmmm, Rick?

0:10:02.480,0:10:06.500
Yeah? ...Mr Keshe can not hear us...

0:10:06.520,0:10:10.530
Hmmm...

0:10:10.550,0:10:14.600
I'm back, I'm back, I'm back!

0:10:14.620,0:10:18.670
The minute you touched something, then you got off, it went there. Maybe it was

0:10:18.690,0:10:22.710
some of the high-voltage might have affected things, it's entirely possible.

0:10:22.730,0:10:26.760
It will kick out my cell-phone when I get it too close!

0:10:26.780,0:10:30.820
Ok, sure we can try that again here...

0:10:30.840,0:10:34.860
Uh, we're going to have to kill the big light...Yeah, I know...

0:10:34.880,0:10:38.920
Ok, turn it on...

0:10:38.940,0:10:42.950


0:10:42.970,0:10:46.990
Ask if he can see anything. Can you see anything there, or is it too dark?

0:10:47.010,0:10:51.030
It's too dark...yeah, I see the plasma,

0:10:51.050,0:10:55.080
in a line now...

0:10:55.100,0:10:59.140
Yes, it's just starting to get going there now, as the pressure drops.

0:10:59.160,0:11:03.180
How come it is not like before?

0:11:03.200,0:11:07.230
I don't know, it's different this time...

0:11:07.250,0:11:11.290
So, depending on

0:11:11.310,0:11:15.340
some of the...There ! That's a different effect now,

0:11:15.360,0:11:19.400
then when it's at a very high vacuum.

0:11:19.420,0:11:24.760
It just takes a bit of vacuum that's less to create a totally different

0:11:24.780,0:11:28.800
sort of phenomenon there.

0:11:28.820,0:11:32.830
Pardon me? Do you understand the reason behind it?

0:11:32.850,0:11:36.870
Well, I understand that the, ah,

0:11:36.890,0:11:40.900
plasma changes with the pressure

0:11:40.920,0:11:44.950
quite a bit in terms of the way the...

0:11:44.970,0:11:48.990
You have a gas tube inside. The pressure

0:11:49.010,0:11:53.040
doesn't...has nothing to do with the pressure.

0:11:53.060,0:11:57.090
When you vacuum the system,

0:11:57.110,0:12:01.130
literally you reduce the number of elements inside,

0:12:01.150,0:12:05.170
so you allow the plasma

0:12:05.190,0:12:09.220
of a proton, of what is inside the chamber,

0:12:09.240,0:12:13.280
to open up. So, your plasma inside the light,

0:12:13.300,0:12:17.340
connects through to the energy

0:12:17.360,0:12:21.410
or magnetic field of the gas

0:12:21.430,0:12:25.520
element which is outside it, which you remove, so

0:12:25.540,0:12:29.610
in fact it's a connection of magnetic fields

0:12:29.630,0:12:33.740
that allows the different, what do you call it,

0:12:33.760,0:12:37.900
different shape of the plasma. The more you extract,

0:12:37.920,0:12:42.070
...it's just like a balloon, it opens up more,

0:12:42.090,0:12:46.260
so the plasma is freer. This is how you generate

0:12:46.280,0:12:50.420
electricity, or power. You, when you create the vacuum,

0:12:50.440,0:12:54.440
You allow one or two, or let's say a very limited number of

0:12:54.460,0:12:58.620
plasmas or atoms in, you strip it, now you play with the game.

0:12:58.640,0:13:02.630
This is a very nice way to show

0:13:02.650,0:13:06.770
the opening of the plasma. Here, in the normal condition, when you are not

0:13:06.790,0:13:10.790
a plasma, it is like having twenty, thirty blankets on top of you!

0:13:10.810,0:13:14.830
Exactly! When you take the blankets away, the plasma

0:13:14.850,0:13:18.860
which are left in there...There is no full vacuum state

0:13:18.880,0:13:22.900
in the universe. Right. The word vacuum

0:13:22.920,0:13:26.940
is a wrong word in the vocabulary.

0:13:26.960,0:13:31.000
There is nowhere in the universe which some

0:13:31.020,0:13:35.060
magnetic fields are not traveling through it.

0:13:35.080,0:13:39.100
And even having hydrogen atoms and so on in every

0:13:39.120,0:13:43.150
square, or every cubic centimetre...there is a few at least.

0:13:43.170,0:13:47.240
That single...if you have a single atom in a cubic meter,

0:13:47.260,0:13:51.320
that plasma will cover

0:13:51.340,0:13:55.390
the whole cubic meter. Yeah?

0:13:55.410,0:13:59.470
This is a hard concept to get our heads around. No, no, no...

0:13:59.490,0:14:03.540
But I understand what you mean, but it's a big one,

0:14:03.560,0:14:07.630
The plasma behaves exactly like a gas.

0:14:07.650,0:14:11.730
The behaviour of the plasma is exactly like a gas.

0:14:11.750,0:14:15.750
It fills it's container.

0:14:15.770,0:14:19.840
Do you understand? Yes, definitely.

0:14:19.860,0:14:23.930
So when you reduce, when you take so many atoms out of your cylinder,

0:14:23.950,0:14:28.050
You allow the very few plasmas which are

0:14:28.070,0:14:32.060
outside the tube, to open up.

0:14:32.080,0:14:36.190
And in opening up,

0:14:36.210,0:14:40.280
you allow the energy transfer across...

0:14:40.300,0:14:44.390


0:14:44.410,0:14:48.540


0:14:48.560,0:14:56.342