0:00:00.060,0:00:04.230
If people look into second hand shops and scrap-yards,

0:00:04.250,0:00:08.370
they can make these systems for themselves.

0:00:08.390,0:00:12.540


0:00:12.560,0:00:16.650


0:00:16.670,0:00:20.710
What do you call it...pressure cooker...

0:00:20.730,0:00:24.790
I picked up here. I was hoping to modify that; to use that...

0:00:24.810,0:00:28.870
Yes, you can buy this, it's about fifty to sixty dollars, these cylinders...

0:00:28.890,0:00:32.960
Mine was five bucks, at the Salvation Army!

0:00:32.980,0:00:37.070
Hahaha!

0:00:37.090,0:00:41.240
That's where I get all my good things!

0:00:41.260,0:00:45.420
It's surprising...I walk through

0:00:45.440,0:00:49.610
the Salvation Army looking for Plasma Reactor parts, you know...

0:00:49.630,0:00:53.850
I've done that as well, don't worry! ...I spent an hour

0:00:53.870,0:00:58.050
um, LadyDragon knows, she called me...I was at the refrigeration

0:00:58.070,0:01:02.110
supply place yesterday, and we talked

0:01:02.130,0:01:06.190
for about an hour while I was wandering around there looking at all

0:01:06.210,0:01:10.260
the neat things. Like, I was lusting after a vacuum gage

0:01:10.280,0:01:14.380
that costs about $300, for example.

0:01:14.400,0:01:18.500
Well, the thing is, this is what I do in my writing, and I always explain,

0:01:18.520,0:01:22.680
there is enough material around the world,

0:01:22.700,0:01:26.860
that even in Africa, if people look

0:01:26.880,0:01:31.060
into second hand shops and scrap-yards,

0:01:31.080,0:01:35.250
they can make these systems for themselves. That's right...that's

0:01:35.270,0:01:39.430
very encouraging, and you know, what changed my life a few months ago

0:01:39.450,0:01:43.640
was when I heard you say something about...that there will be people

0:01:43.660,0:01:47.820
making these reactors in their garages! And that to me,

0:01:47.840,0:01:52.010
that's kind of what I do, I'm an inventor and mechanic

0:01:52.030,0:01:56.070
and so on, that's what I've always done, so that was so invigorating,

0:01:56.090,0:02:00.130
and so much of a grand idea to me, that it might be

0:02:00.150,0:02:04.190
that simple, you know, that it isn't really, "Rocket Science"!

0:02:04.210,0:02:08.280
It's actually simpler than rocket science. But it's still very exact.

0:02:08.300,0:02:12.510
Rocket science belongs to Nasa.

0:02:12.530,0:02:16.720
The Space Ship Program belongs to the people in their homes.

0:02:16.740,0:02:20.890
That's right, exactly. I have a quick question...

0:02:20.910,0:02:25.030
Yes? Okay, I will turn on the video for a moment...

0:02:25.050,0:02:29.200
This...I don't know if you can see it...

0:02:29.220,0:02:33.380
Yes!

0:02:33.400,0:02:37.570
This is a container from balloon gas, I have one

0:02:37.590,0:02:41.770
pipe going to the bottom, and the other pipe is

0:02:41.790,0:02:45.940
going to the same top. And I was planning to fill it

0:02:45.960,0:02:50.140
half way with water in order to discharge the reactor inside.

0:02:50.160,0:02:54.170
No, no, no, no. Don't use any liquid, because the vapour

0:02:54.190,0:02:58.200
goes back into the reactor and causes all sorts of problems with you.

0:02:58.220,0:03:02.260
Once you extract

0:03:02.280,0:03:06.320
the gases from your core, the minute

0:03:06.340,0:03:10.410
it hits the wall of the cylinder as you have,

0:03:10.430,0:03:14.530
it releases its energy into it, that's it.

0:03:14.550,0:03:18.680
But it has an advantage, when you use a cylinder like you have.

0:03:18.700,0:03:22.830
Whenever you want to create vacuum, you go out and start the pump,

0:03:22.850,0:03:26.990
in your case, Rick.

0:03:27.010,0:03:31.180
You have to turn the pump on every time you use it to

0:03:31.200,0:03:35.350
want to create a vacuum. Right. With a double chamber,

0:03:35.370,0:03:39.490
even it is to outside, you always have vacuum

0:03:39.510,0:03:43.610
as a reservoir, you just open it, and its there.

0:03:43.630,0:03:47.770
You don't need to use your vacuum pump.

0:03:47.790,0:03:51.930
You see, when you use a molecular vacuum pump, these are timed.

0:03:51.950,0:03:56.070
Because they can get damaged, molecular vacuum pumps, very easily.

0:03:56.090,0:04:00.140
And they even have a timer on them, how much you've used them.

0:04:00.160,0:04:04.190
So, by keeping a reservoir of vacuum,

0:04:04.210,0:04:08.190
or two reservoirs; one for discharge and one for charging,

0:04:08.210,0:04:12.220
you always have a reservoir ready,

0:04:12.240,0:04:16.270
and you don't put so much pressure on your pumps. Right. The turbo...

0:04:16.290,0:04:20.350
the way I understand it, the turbo-molecular pump, it can't take

0:04:20.370,0:04:24.420
regular atmospheric pressure, it has to have a roughing pump,

0:04:24.440,0:04:28.510
similar to what I have here, in order to

0:04:28.530,0:04:32.640
bring it down to vacuum first, and then you use the turbo-molecular.

0:04:32.660,0:04:36.770
The turbo-molecular is always next to the roughing pump,

0:04:36.790,0:04:40.930
together. The roughing pump comes on, takes you to

0:04:40.950,0:04:45.130
to minus 1 or whatever, and then to minus 2 or 3, and

0:04:45.150,0:04:49.320
then the molecular comes in to take the last bits out.

0:04:49.340,0:04:53.510
Even when we use the molecular pumps,

0:04:53.530,0:04:57.690
and you think you

0:04:57.710,0:05:01.880
still have a total vacuum, in the chamber there are millions of

0:05:01.900,0:05:06.060
atoms still left behind, gases. I understand that the hydrogen and helium,

0:05:06.080,0:05:10.240
the lighter gases, are the hardest to get out. They tend to stick around in there.

0:05:10.260,0:05:14.320
You can use them. You don't need to get rid of them. You can use them.

0:05:14.340,0:05:18.370
That's what I was thinking...they would be what remains.

0:05:18.390,0:05:22.450
Yes. What you do, is you try to unify

0:05:22.470,0:05:26.480
the atoms in your container.

0:05:26.500,0:05:30.550
What this means is, instead of having...

0:05:30.570,0:05:34.630
When you do the first vacuum, you pull out a lot of things...

0:05:34.650,0:05:38.710
there is all helium, nitrogen, whatever CO2 in the inner cylinder...

0:05:38.730,0:05:42.850
but there is still some of them left. What I always do,

0:05:42.870,0:05:46.990
before I start a test, I feed in

0:05:47.010,0:05:51.150
three or four times, hydrogen. When you feed in

0:05:51.170,0:05:55.340
hydrogen, you reduce...then you vacuum it,

0:05:55.360,0:05:59.530
then you put hydrogen in a second

0:05:59.550,0:06:03.700
time and you vacuum it. And then you

0:06:03.720,0:06:07.870
reduce the, you minimize the, contamination of any other atoms

0:06:07.890,0:06:12.050
but, if, for example,

0:06:12.070,0:06:16.230
you are using plastics or glass,

0:06:16.250,0:06:20.270
even metals,

0:06:20.290,0:06:24.360
in the condition of the vacuum, releases

0:06:24.380,0:06:28.400
part of the material which is in the construction,

0:06:28.420,0:06:32.450
in the structure. So contamination

0:06:32.470,0:06:36.530
through the wall of your core

0:06:36.550,0:06:40.600
is a natural process.

0:06:40.620,0:06:44.710
So, you have to build up this layering that

0:06:44.730,0:06:48.810
you push heavy material or heavy gases

0:06:48.830,0:06:52.940
or any change of composition in the structure of your reactor,

0:06:52.960,0:06:57.110
not to come in touch with the plasma.

0:06:57.130,0:07:01.280
Do you understand what I am talking about? Now, is part of that, the way

0:07:01.300,0:07:05.470
I understand it, is having a copper reactor helps with that a lot because of the

0:07:05.490,0:07:10.840
when the magnetic field of the plasma gets

0:07:10.860,0:07:14.840
close to the wall of the copper reactor, it will tend to repel,

0:07:14.860,0:07:18.960
because of induction, magnetic induction forces involved...

0:07:18.980,0:07:23.000
We have plastic reactors...

0:07:23.020,0:07:27.180
So, does the plastic repel the plasma, or is it

0:07:27.200,0:07:31.360
just the combination of gases inside that are correct for an insulator...?

0:07:31.380,0:07:35.530
You use the gases as a shielding as a containment.

0:07:35.550,0:07:39.670
You have a solid containment of the plastic...

0:07:39.690,0:07:43.810
One of the best things to use is carbon...

0:07:43.830,0:07:47.820
If you can get carbon gas... Carbon gas, yeah?

0:07:47.840,0:07:51.900
Yeah? And the carbon is very

0:07:51.920,0:07:55.930
it's a specifically...

0:07:55.950,0:07:59.980
some places it's very easy to get...

0:08:00.000,0:08:04.010
I haven't heard of carbon gas, that's an interesting idea...

0:08:04.030,0:08:08.040
I produce it. I've been producing it myself.

0:08:08.060,0:08:12.080
Okay. This is the structure of...

0:08:12.100,0:08:16.110
You work with the CO2, as you buy

0:08:16.130,0:08:20.140
to carbonates the drinks. Yeah, yeah.

0:08:20.160,0:08:24.200
And through a specific process, you separate your carbon,

0:08:24.220,0:08:28.250
and there is another method which I show on the internet, quite a lot of people

0:08:28.270,0:08:32.300
don't understand, is through the Coca-Cola bottle.

0:08:32.320,0:08:36.340
That's the easiest way to do. Then you

0:08:36.360,0:08:40.470
use your carbon for, what do you call it...

0:08:40.490,0:08:44.650
It behaves

0:08:44.670,0:08:48.840
as a conductor and a resistor at the same time.

0:08:48.860,0:08:53.040
Depends on what vacuum condition you put on

0:08:53.060,0:08:57.220
your central core. CO2,

0:08:57.240,0:09:01.400
Now, this wouldn't work with straight CO2 or,

0:09:01.420,0:09:05.590
I have welding gas for my MIG welder, which is

0:09:05.610,0:09:09.770
CO2 plus argon.

0:09:09.790,0:09:13.970
You can use that, we have done that. But the thing is, if you use CO2,

0:09:13.990,0:09:18.020
Then you end up with O2 in there? And with the hydrogen, you get moisture

0:09:18.040,0:09:22.100
in your reactor. You get the connect force of moisture,

0:09:22.120,0:09:26.200
and then if you get to the positions,

0:09:26.220,0:09:30.290
you find out a lot of your valves, externally, between the core and

0:09:30.310,0:09:34.440
pump, they start rusting internally.

0:09:34.460,0:09:38.580
Oh yeah. This is somewhere where the condensation becomes vacuum to water.

0:09:38.600,0:09:42.750
It took me a long time to discover

0:09:42.770,0:09:46.940
why I was losing my valves!

0:09:46.960,0:09:51.110
You create a condition of rust very quickly in those positions.

0:09:51.130,0:09:55.300
So, these are little, little things that you learn by experience , and

0:09:55.320,0:09:59.500
you try to find out why you get to these positions, because you run your

0:09:59.520,0:10:03.680
vacuum pump, and you don't get to vacuum.

0:10:03.700,0:10:07.870
Yes, well last week we discovered about using water. We put water in our

0:10:07.890,0:10:12.020
vacuum chamber, and high voltage, just to see what would happen there,

0:10:12.040,0:10:16.060
and the vacuum pump oil got contaminated really quickly.

0:10:16.080,0:10:20.110
It's got all foggied, and sort of yucky looking,

0:10:20.130,0:10:24.190
so, I changed it. Had to change the oil in the vacuum pump.

0:10:24.210,0:10:28.270
It oxidizes, because it takes in the moisture from the

0:10:28.290,0:10:32.360
the oxygen from the water. Right. You have to keep away,

0:10:32.380,0:10:36.500
all the time, from combination gases,

0:10:36.520,0:10:40.620
gases which can combine to give you

0:10:40.640,0:10:44.780
new matters. In some cases, you deliberately

0:10:44.800,0:10:48.970
create the conditions to create new materials.

0:10:48.990,0:10:53.160
So what would some gases be that would be true contaminates? Like would

0:10:53.180,0:10:57.350
oxygen would be an obvious one that would tend to... You don't touch oxygen.

0:10:57.370,0:11:01.540
You wouldn't want to have even the C "O2" part of the CO2,

0:11:01.560,0:11:05.710
so CO2 wouldn't be a good idea probably. No. These are the things you have

0:11:05.730,0:11:09.890
to learn by experience. And if you always...

0:11:09.910,0:11:14.070
you know, I do this all the time,

0:11:14.090,0:11:18.100
the last barrier before your vacuum pump,

0:11:18.120,0:11:22.150
has to be micro-filters.

0:11:22.170,0:11:26.180
That the stop any new material built in your reactor, any moisture,

0:11:26.200,0:11:30.240
to be absorbed.

0:11:30.260,0:11:34.280
Yeah? So, these things

0:11:34.300,0:11:38.350
get created even in the pipes.

0:11:38.370,0:11:42.400
If you understand the structure,

0:11:42.420,0:11:46.480
you can allow, in part of your pipes, while you run your

0:11:46.500,0:11:50.570
test, to create protein.

0:11:50.590,0:11:54.730
You know the glow you saw in your pipes? Yes? The what...

0:11:54.750,0:11:58.910
in the pipe? You know you said you could see glow. Yes.

0:11:58.930,0:12:02.980
Right. Yeah, in the pipe between the vacuum and the chamber,

0:12:03.000,0:12:07.050
You can create conditions around your reactor, that in different sections

0:12:07.070,0:12:11.120
you produce different materials. Yeah?

0:12:11.140,0:12:15.200
Inside? You produce liquid, you produce matter,

0:12:15.220,0:12:19.300
and if you can feed in part of your pipe, a specific

0:12:19.320,0:12:23.430
condition of gases, you can produce protein. This is what we've done in Tehran.

0:12:23.450,0:12:27.590
Because we understood,

0:12:27.610,0:12:31.770
we understand the structure. But now, scientists like you

0:12:31.790,0:12:35.950
have to to test to come up with different ways of doing it.

0:12:35.970,0:12:40.130
The way I say in my patent, I cover every aspect of it.

0:12:40.150,0:12:44.320
The way you see

0:12:44.340,0:12:48.500
you do your reactor, or Ludmil does his reactor a different way...

0:12:48.520,0:12:52.690
there are as many different types of creating the same effect

0:12:52.710,0:12:56.870
as there are stars in the universe. Hmmm, that's a great way to put it!

0:12:56.890,0:13:01.050
Do you understand? Not only my way is the correct way.

0:13:01.070,0:13:05.070
The way I explain it, is a general way to approach

0:13:05.090,0:13:09.140
and to reach. So if you change it slightly,

0:13:09.160,0:13:13.210
you get an earth condition, you get water.

0:13:13.230,0:13:17.290
You change it in a slightly different way, you get liquid something else, or you get gold.

0:13:17.310,0:13:21.350
This is what we try to explain, in deeper space, we don't build different reactors,

0:13:21.370,0:13:25.440
for producing different materials, we use

0:13:25.460,0:13:29.600
different POSITIONS of the reactor to produce different materials.

0:13:29.620,0:13:33.730
This is a misconception, a misconception which I see a lot of people do

0:13:33.750,0:13:37.910
when they read my patent.

0:13:37.930,0:13:42.020
So, if you want

0:13:42.040,0:13:46.150
energy of the protein,

0:13:46.170,0:13:50.340
you go closer to your core. You want less, you go further out.

0:13:50.360,0:13:54.380
And that energy is always there....energy is magnetic field in motion.

0:13:54.400,0:13:58.540
You have to decide in your reactor,

0:13:58.560,0:14:02.730
in what strength you want to be, and then you calibrate your reactor core,

0:14:02.750,0:14:06.900
that this position gives me protein level,

0:14:06.920,0:14:11.080
this level, gives me copper core,

0:14:11.100,0:14:15.140
and then when you tap into it, when you extract it, it gives you different material.

0:14:15.160,0:14:19.160
Material production in the Universe is that way.

0:14:19.180,0:14:23.210


0:14:23.230,0:14:27.260


0:14:27.280,0:14:31.310


0:14:31.330,0:14:35.400


0:14:35.420,0:14:39.440


0:14:39.460,0:14:43.470


0:14:43.490,0:14:47.520


0:14:47.540,0:14:51.580


0:14:51.600,0:14:55.620


0:14:55.640,0:14:59.660


0:14:59.680,0:14:59.878