Return to Video

Part 6 - Mehran Keshe Talks Plasma With MrfixitRick March 5th

  • 0:00 - 0:04
    With a system like that, you can
  • 0:04 - 0:08
    create enough energy to run your lab.
  • 0:08 - 0:12
    Sounds good! hahaha!
  • 0:12 - 0:16
  • 0:16 - 0:20
  • 0:20 - 0:25
  • 0:25 - 0:29
    Understand the behavior of the plasma, understand the behavior of the universe,
  • 0:29 - 0:33
    they are all the same in different scales...
  • 0:33 - 0:37
    ...understand the behavior
  • 0:37 - 0:41
    of the universe, they are all the same in different scales.
  • 0:41 - 0:45
    Yes, exactly. ...So, basically,
  • 0:45 - 0:49
    going back to transferring energy in the lungs,
  • 0:49 - 0:53
    does it mean you can create a reactor
  • 0:53 - 0:57
    and condition which is
  • 0:57 - 1:02
    with the same energy like oxygen,
  • 1:02 - 1:06
    you can use it without using the lungs?
  • 1:06 - 1:10
    Yes, that's what we do with our patients in the medical section.
  • 1:10 - 1:14
    So, that sounds great. This is
  • 1:14 - 1:18
    why when we have a COPD patient,
  • 1:18 - 1:22
    they can...we give them a pump, that
  • 1:22 - 1:26
    does not deliver oxygen. It creates and delivers
  • 1:26 - 1:30
    the information of the conversion of
  • 1:30 - 1:34
    helium in the lung.
  • 1:34 - 1:38
    So in fact, the lung goes into the rest condition, and it just transfers helium
  • 1:38 - 1:42
    energy plasma across the wall, with the information, and
  • 1:42 - 1:46
    this "time off" repair,
  • 1:46 - 1:50
    allows the lung to repair itself, because it's not
  • 1:50 - 1:54
    used for its function. This is one of the problems we see with COPD,
  • 1:54 - 1:59
    COPD people. I had a COPD guy
  • 1:59 - 2:03
    who comes in, he can't walk
  • 2:03 - 2:07
    for not even...when he walked on the table, we had to wait about ten, fifteen minutes before
  • 2:07 - 2:11
    he could say his first word, and then,
  • 2:11 - 2:15
    a few months later he came back, and he sat and he starts talking, and says,
  • 2:15 - 2:19
    and says,"You have nothing for me, I still have my COPD!"
  • 2:19 - 2:23
    I said, "Guy, because you know in the Foundation, you pay if you like."
  • 2:23 - 2:27
    He says, "I don't want to pay because I haven't seen any difference." And I
  • 2:27 - 2:31
    said to myself, "I have a video of you, stupid man. You came in two months ago,
  • 2:31 - 2:36
    it took you twelve minutes, fifteen minutes before you could even say
  • 2:36 - 2:40
    the first word, now you come in and you say there is no difference?"
  • 2:40 - 2:44
    Now his first word is to complain! hahaha. Yes, I know!
  • 2:44 - 2:48
    To cheat is the habit of the man. I see a lot of people come in and they say,
  • 2:48 - 2:52
    nothing has changed, and then when the husband is not there, everything is changed.
  • 2:52 - 2:56
    They got in front of the husband, they can not be good, otherwise they have
  • 2:56 - 3:00
    no more at home. So, we see this behavior.
  • 3:00 - 3:04
    But, we use these pumps, to allow the information of the plasma of the helium,
  • 3:04 - 3:09
    to transfer across the lung. So the body does not
  • 3:09 - 3:13
    need to be used for the conversion. So,
  • 3:13 - 3:17
    they do that very much in the new heart operations...
  • 3:17 - 3:21
    They don't take the heart out, they put
  • 3:21 - 3:25
    a second heart next to the body for twelve months or so,
  • 3:25 - 3:29
    and it takes the pressure off the original, of the human heart.
  • 3:29 - 3:33
    And in that time, the heart gets time to repair itself, and they take the pump
  • 3:33 - 3:37
    away afterwards. So, these are the new...
  • 3:37 - 3:41
    we see it now in factors with that same thing. But, all these start with the same
  • 3:41 - 3:45
    as your pump, what you have there. You see the glow;
  • 3:45 - 3:49
    understand why the glow.
  • 3:49 - 3:53
    And this glow, you see where it goes near to your vacuum pump,
  • 3:54 - 3:58
    the color changes, becomes less and less. It's stronger near
  • 3:58 - 4:02
    your cylinder. So, it means there are different matters,
  • 4:02 - 4:06
    Because different magnetic-gravitational field plasma, create different
  • 4:06 - 4:10
    brightness. So, you only see it, but you never understood it.
  • 4:10 - 4:14
    So, if you want copper, go near there, create a condition,
  • 4:14 - 4:18
    in that place. If you put a rod in, you can continuously
  • 4:18 - 4:22
    vacuum copper out. If you go further away,
  • 4:22 - 4:26
    you want oxygen all the time, you continuously
  • 4:26 - 4:30
    at that point, convert oxygen. This is why,
  • 4:30 - 4:34
    in the universe, or let's say in our solar system, we
  • 4:34 - 4:38
    see cosmic dust, in the boundaries and from the Earth, and
  • 4:38 - 4:43
    before Earth, up. We don't see that much cosmic dust near the Sun,
  • 4:43 - 4:47
    because the materials haven't lost enough of their matter energy,
  • 4:47 - 4:51
    to become matter level. And as they become different levels,
  • 4:51 - 4:55
    different strengths...You see, "cosmic dust" is the wrong word.
  • 4:55 - 4:59
    It's the "solar dust". Because these are the conversions
  • 4:59 - 5:03
    of the energy magnetic field of the Sun, which as they lose their
  • 5:03 - 5:07
    strength, they become matter in different positions.
  • 5:07 - 5:11
    So, cosmic dust is the wrong word. It doesn't exist.
  • 5:11 - 5:15
    In the same way, in your system, you create different materials. You see
  • 5:15 - 5:19
    different lights. Different lights mean different magnetic fields, gravitational fields.
  • 5:19 - 5:24
    You tap into it, you have all you like. You want Gold?
  • 5:24 - 5:28
    How many kilos? Do you understand? haha, Exactly.
  • 5:28 - 5:32
    This is the process of not creating energy,
  • 5:32 - 5:36
    or creating motion, but creating matter
  • 5:36 - 5:40
    at the energy level that we don't need to use, consume, food in Space.
  • 5:40 - 5:44
    Right. You are on a very nice track,
  • 5:44 - 5:48
    you are doing a very nice job, but I did this about 30 years ago! So...
  • 5:48 - 5:52
    Yes, exactly. Well,
  • 5:52 - 5:56
    we're on the fast track, but we're trying... we're trying also
  • 5:56 - 6:00
    to go one step at a time, and to try to understand what's gong on
  • 6:00 - 6:04
    as we move along. So, I mean,
  • 6:04 - 6:09
    we start with a simple Plasma Ball and that sort of gives us an idea
  • 6:09 - 6:13
    of what, you know, what that world is about a little bit.
  • 6:13 - 6:17
    And now every week, we progress quite quickly,
  • 6:17 - 6:21
    I think, and we are doing better all the time. Where are you now?
  • 6:21 - 6:25
    Can I see your latest reactor, if you want to show us? Well, I don't have a...
  • 6:25 - 6:29
    an actual reactor at this point...except
  • 6:29 - 6:33
    we have...
  • 6:33 - 6:37
    we have a little setup here, for example, with a
  • 6:37 - 6:42
    polycarbonate glass and a vacuum chamber, and it
  • 6:42 - 6:46
    has a what do you call it, electrode...
  • 6:46 - 6:50
    electrodes on here that we can put high-voltage
  • 6:50 - 6:54
    into and get another effect, out of this little setup,
  • 6:54 - 6:58
    you might say. We also have
  • 6:58 - 7:02
    quite a nice chamber here,
  • 7:02 - 7:06
    that we can also use. It's a glass
  • 7:06 - 7:10
    chamber, heavy, it's made for a lighting system, but
  • 7:10 - 7:14
    it will be a good vacuum chamber to use. Or at least an outer chamber
  • 7:14 - 7:18
    to have a globe, say a rotating globe on the inside.
  • 7:18 - 7:23
    Basically, the
  • 7:23 - 7:27
    vacuum chamber that I built, the larger one here...
  • 7:27 - 7:31
    I look at it as more of an outer container, for an inner
  • 7:31 - 7:35
    system, like, I could see
  • 7:35 - 7:39
    possibly using an actual Plasma Ball as
  • 7:39 - 7:43
    a globe system...and I can grind off the
  • 7:43 - 7:47
    nib on the bottom, and put a hose on, and suck the air out of it,
  • 7:47 - 7:51
    and then put in the mixture we wish to use in it.
  • 7:51 - 7:55
    So that we see is a possibility. We've already been able to
  • 7:56 - 8:00
    spin this up to 4000 rpm, and
  • 8:00 - 8:04
    we observe the changes
  • 8:04 - 8:08
    inside the globe. The tendrils tend to change,
  • 8:08 - 8:12
    they'll...then one tendril will go straight
  • 8:12 - 8:16
    ...at one certain point, right, about....now!
  • 8:16 - 8:20
    The tendril, from the center of
  • 8:20 - 8:24
    the globe, goes straight up, to the top of the globe...
  • 8:24 - 8:28
    ...the top here. How do you feed it? Well, we
  • 8:28 - 8:32
    have done it a couple of different ways. One is with its actual little
  • 8:32 - 8:36
    high-voltage power supply...
  • 8:36 - 8:40
    It has batteries, four AAA batteries in it,
  • 8:40 - 8:45
    and it just slips on top of the globe that way. Because the globe has
  • 8:45 - 8:49
    has a ...sort of a ...(tube) finger,
  • 8:49 - 8:53
    inside, you might say, that this part goes into, you know.
  • 8:53 - 8:57
    And then you put this one and with that rotating
  • 8:57 - 9:01
    magnets? We can...
  • 9:01 - 9:05
    We put this in, we put this
  • 9:05 - 9:09
    into the vacuum chamber, and tried it just plain, and then...
  • 9:09 - 9:13
    ...There it goes! ...We determined that it made the globe go out...
  • 9:13 - 9:17
    and then eventually we figured out that it was shorting out
  • 9:17 - 9:21
    in the high-voltage transformer here, as part of
  • 9:21 - 9:25
    the high-voltage system. It was just
  • 9:25 - 9:29
    arcing over, and causing this blue glow, all
  • 9:29 - 9:34
    over the whole circuitry here, essentially.
  • 9:34 - 9:38
    That's what happens under the low vacuum condition.
  • 9:38 - 9:42
    So then we took this part, and put it outside of our vacuum chamber,
  • 9:42 - 9:46
    and just ran a wire in to run the globe...
  • 9:46 - 9:50
    ...So, we've mounted the electronics onto the bottom of the vacuum chamber...
  • 9:50 - 9:54
    Plug her in. Umm, nice!
  • 9:54 - 9:58
  • 9:58 - 10:02
    ...and tried it that way. And we have also run the globe with high-voltage
  • 10:02 - 10:06
    from our car transformer, our car coil setup.
  • 10:06 - 10:11
    So, we've tried different ways to fire it...
  • 10:11 - 10:15
    Ask him what we can do next?
  • 10:15 - 10:19
    You don't need to ask him to ask me!
  • 10:19 - 10:23
    Ask it yourself! haha! ...Hi there!
  • 10:23 - 10:27
    This is Paul... I recently immigrated
  • 10:27 - 10:31
    from Holland, now living in Canada.
  • 10:31 - 10:35
    Yes, it's too busy in Holland!
  • 10:35 - 10:39
    Haha. What's your question? Ask your question...
  • 10:39 - 10:43
    Okay. Yeah, what kind of experiment can we do to
  • 10:43 - 10:47
    make any progress towards the Keshe technology? Because right now,
  • 10:47 - 10:51
    we are just playing a bit with electricity in a vacuum, but it would be cool to
  • 10:51 - 10:56
    have some direction...
  • 10:56 - 11:00
    I am pretty sure, if you used the globe you just showed me,
  • 11:00 - 11:04
    and you understand the way you created
  • 11:04 - 11:08
    the vacuum and in the secondary cylinder with your vacuum
  • 11:08 - 11:12
    pump, shape the characteristics of plasma,
  • 11:12 - 11:16
    with a system like that you can create
  • 11:16 - 11:20
    enough energy to run your lab. Sounds good!
  • 11:20 - 11:24
    Well, that's a big hint. That is a very...
  • 11:24 - 11:29
    You see, I have a habit. I don't teach nobody nothing.
  • 11:29 - 11:33
    But I tell you what, it can be done. Because if I do...
  • 11:33 - 11:37
    that's one of the reasons we don't put our systems up so much.
  • 11:37 - 11:41
    Because people see it, and they say, "Oh that's it, we copy that." This way, we allow
  • 11:41 - 11:45
    forks and different ways to come out. You experiment.
  • 11:45 - 11:49
    We are not a photo-copying machine.
  • 11:49 - 11:53
    So, in fact with what you have there, if you can put an electrode...
  • 11:53 - 11:57
    you can maintain your plasma, and you put an electrode...not only an electrode,
  • 11:57 - 12:01
    you can create a condition, that it can absorb
  • 12:01 - 12:05
    the energy of the plasma, I think in that chamber you can produce
  • 12:05 - 12:09
    enough energy to run your house for about 20, 30 years! ...Right!
  • 12:09 - 12:13
    Sounds good! Whoa! Now, what, what would be the activating
  • 12:13 - 12:17
    factor, like normally, I've seen in the patent, for example,
  • 12:17 - 12:22
    there will be radon gas in the outer part of
  • 12:22 - 12:26
    like, say we...(Stop!) we had the globe...(Stop!) inside the... (Stop!)
  • 12:26 - 12:30
    You've got your... hello? Stop, stop.
  • 12:30 - 12:34
    Stop, stop, stop... Go back
  • 12:34 - 12:38
    to understanding the
  • 12:38 - 12:42
    property of matter
  • 12:42 - 12:46
    Yeah?
  • 12:46 - 12:50
    In a chamber, when you put Argon, it does not stay Argon.
  • 12:50 - 12:54
    Yeah?
  • 12:54 - 12:58
    A Gamma ray does not stay Gamma ray. Gamma ray
  • 12:58 - 13:02
    stays as a Gamma ray as long as it
  • 13:02 - 13:07
    has the strength of what we call Gamma ray, then becomes a different ray,
  • 13:07 - 13:11
    yeah? These names have caused
  • 13:11 - 13:15
    the biggest confusion. Use them
  • 13:15 - 13:19
    as a strength level, not as a matter
  • 13:19 - 13:23
    level or energy level. Yeah?
  • 13:23 - 13:27
    So, if you use Argon, what is Argon?
  • 13:27 - 13:31
    What is the atomic structure? What is the gravitational-magnetic
  • 13:31 - 13:35
    field structure? You create a condition
  • 13:35 - 13:39
    that it reduces or releases most of this matter
  • 13:39 - 13:43
    faster or slower, do you understand?
  • 13:43 - 13:47
    So, if you put Argon in, you can use the inner layers of
  • 13:47 - 13:52
    Argon to release Gamma for you, or Beta,
  • 13:52 - 13:56
    for you, or X-ray or soft X-ray, or even create
  • 13:56 - 14:00
    matter. You have to understand it,
  • 14:00 - 14:04
    to walk away from matter, and work in the plasma,
  • 14:04 - 14:08
    and then the simplest way is...
  • 14:08 - 14:12
    think of the solar system...
  • 14:12 - 14:16
    and move away from the Sun,
  • 14:16 - 14:20
    and you see what things you get. I think in
  • 14:20 - 14:24
    book number four, when it is released, hopefully in the next couple of months,
  • 14:24 - 14:28
    a lot of people will put the whole package together...If you read...
  • 14:28 - 14:32
    You see book number one was to explain
  • 14:32 - 14:36
    the structure of matter, to put it the correct way.
  • 14:36 - 14:40
    Book number two was "the Structure Of The Light"...It wasn't to talk about the light.
  • 14:40 - 14:44
    It was to carry the information,
  • 14:44 - 14:49
    "how matters move in the Universe..."
  • 14:49 - 14:53
  • 14:53 - 14:57
  • 14:57 - 14:59
Title:
Part 6 - Mehran Keshe Talks Plasma With MrfixitRick March 5th
Description:

"With that system, you could produce enough energy to run your lab."
- MT Keshe

This Part 6 with Mehran Keshe of the Keshe Foundation and MrfixitRick's Plasma Reactor Group, discusses the process of matter formation and various health aspects. Keshe responds to MrfixitRick showing his vacuum chambers and reactors.

MrfixitRick shows high-voltage as a way to learn more about the nature of plasma, while realizing it is not the correct method of activating the Keshe plasma reactor.

Mr Keshe addresses a question asked by Paul, "What kind of experiments can we do, to work more towards the Keshe technology?"

Keshe Foundation website http://www.keshefoundation.com

Music "Magrav Fields Feel" courtesy Ainda

more » « less
Video Language:
English
Duration:
15:00
Rick Crammond added a translation
Amara Bot added a translation

English subtitles

Revisions