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05th Kids Knowledge Seekers Workshop Nov 5 2014. Subtitles.

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    Rick Crammond (RC)
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    Okay! Welcome everyone to the
    the 5th Kids Knowledge Seekers Workshop
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    brought to you by the Keshe Foundation.
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    And my name is Rick Crammond,
    I'll be your host today,
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    along with Keyvan Davani (KD),
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    who will also speak briefly before
    we hear from Mr Mehran Keshe (MK),
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    of the Keshe Foundation,
    who's in the Spaceship Institute now.
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    And we'll see some live video
    brought to us by the Spaceship Institute.
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    And last week we discussed
    various aspects of
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    Plasma and magnetic fields
    and brought in a way
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    that children can understand.
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    And we hope today to penetrate that...
    that area more
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    and attempt to learn in a deeper way
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    ... some of the principle...
    concepts that make up our Universe.
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    Okay, Keyvan, would you like to say
    something before we begin
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    the... the conversation with Mr Keshe?
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    (KD) Hello Mr Keshe, Rick ...
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    I wanted to know what importance does
    the environmental conditions which you
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    always emphasize in your talks, that ....
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    creating the environmental
    conditions is... is vital,
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    it... it's the key to... to creating
    whatever we need, at that point of time?
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    Again, talking about magnetic
    and gravitational fields which...
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    which I, you know,
    for a short time now actually,
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    truly accept as... as a given fact
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    that when... because you talked,
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    you explained very, very clearly
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    in the Spanish Knowledge Seekers Workshop
    you talked about ... you know,
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    that the physics we've been taught,
    is actually half the physics.
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    Whether its Newton or Tesla whoever.
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    So, is that what we didn't...
    I as a kid at school wasn't taught?
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    That it's only, somehow, one half,
    and where's the other one? So...
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    (MK) Good evening, good morning
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    to the children and the parents
    of the children and their grandparents.
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    I was told that adults are learning more
    from the children's program
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    about the Plasma, than they did
    from the adults program.
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    So, it's good to be able to bridge
    that gap through the children.
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    Maybe we are all a child at heart.
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    In reality, what you have seen
    is not that we were not taught,
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    we were not told, and...
    something the teacher kept back.
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    The reality is that,
    even the teachers did not know.
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    They were not taught.
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    And with a human being,
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    there is a school of thought,
    there is a school of... way of thinking,
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    is that we accept
    what the teachers tell us,
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    because, we have to come
    to trust the teacher.
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    But, in so many ways, teachers themselves
    were not taught the right things.
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    So, what do you expect?
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    You cannot blame them.
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    But, in so many ways,
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    the teachers were taught
    by the scientists and the ideology
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    of... was accepted to man
    for centuries, for decades.
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    So, our parents, our grandparents,
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    did not understand that
    there are two types of fields
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    for the whole thing to be in balance.
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    And that is;
    One has to pull and one has to push.
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    And, in our life, we were taught
    about magnets, we played with magnets.
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    But, they never told us
    that the pulling side,
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    what we call magnets are gravity.
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    And even the teachers should have thought
    about that, while they were teaching.
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    And most of it comes through
    the use of language.
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    Gravitation, we gravitate
    towards something
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    and somebody or something
    gravitates or it's gets pulled.
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    So, don't blame the teachers,
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    as teachers themselves were not taught
    themselves the full story.
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    Now, what we understand as
    the full story, is that...
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    You have to be able to think for yourself,
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    and understand everything
    if it makes sense,
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    as a lot of children know,
    ... adults know.
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    My quest for understanding gravity
    started at the young age of eight.
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    ...and, this has been a lifetime work,
    to be where we are.
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    And now, on the other hand
    it has to be understood
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    that never in the history of man,
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    knowledge has ever been dispensed
    with, so freely and so openly.
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    And, in so many ways,
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    we have to, our inventor Mr Armen,
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    just delivered to us our solar system.
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    So, you will see it in a minute,
    when we can focus on it.
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    And... so...
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    Yes, but you have to cover
    your computer as you know.
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    ..I'll try to turn the computer.
    No problem.
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    So, what has happened is that,
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    teachers were never told
    about the gravity,
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    even though they could see the gravity.
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    Teachers, where never...
    they themselves never understood that
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    gravity is interaction between two fields.
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    If... If the teachers
    could understand this,
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    or could have added up to it,
    or summoned to this point,
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    we would have had a full
    understanding of the whole set up.
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    So, what it is, is very simple.
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    For you, for example, to play a football,
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    you need a ball
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    and you make a football pitch,
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    be it on the street, be it in the garden,
    or be it in a football stadium.
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    So, in so many ways,
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    you create a condition,
    to be able to play the game.
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    If you are a girl and you love cooking,
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    you don't sit in front
    of the oven or sit of the...
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    pan and wait the food or,
    a cake to come out of the oven or the pan.
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    You create a condition.
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    You... You create heat to do the cooking.
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    You create... you make the flour,
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    you go and buy the butter.
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    So, that is creating a condition.
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    Creating an environment that
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    the temperature of the oven is right,
    or temperature of the pan is right
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    that you can cook.
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    You make a football,
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    you don't go playing football
    with a.... tennis ball.
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    This is what it is about.
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    You create a condition to be able
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    to play the game.
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    In the world of Plasma,
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    in the world of physics, it's the same.
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    We create a condition.
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    We, once we create a condition,
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    that condition leads to interaction
    and outcome.
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    You buy a football,
    putting it on the ball, it doesn't go.
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    You have to kick it.
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    And you have to have somebody else
    to play with you, that'll be a team,
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    or somebody you can play a game with.
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    So, this is what we do.
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    That's what we creating a condition is.
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    In magnetic field in Plasma,
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    we create a condition in how close
    two Plasmas come together.
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    And when they come too close together,
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    which part of the Plasma interacts?
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    This meaning that...
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    this Plasma
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    has a specific strength.
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    And this Plasma,
    has its own specific strength.
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    Not all the fields from this ball,
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    can interact with
    all the fields in this ball.
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    Some do,
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    and the ones which they do,
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    allows them to interfere,
    allows them to show a result.
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    So, what we do, we create a condition.
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    We bring the two Plasmas
    close to each other.
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    We bring two Plasmas away from each other.
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    And where they find a balance
    in their field,
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    we say, okay this is their position.
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    So, in the world of Plasma,
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    we don't do anything that
    you are not used to
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    in the world of your work, play.
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    Or, in how you set up to do your cooking
    or playing football.
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    We create a condition and in Plasma...
    world and the world of creation,
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    the conditions can only be created
    by strength of the magnetic field
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    in respect to each other.
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    What this means?
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    This means, as you know,
    you never see a bird
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    to play with a donkey or with a horse.
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    Very seldom, if it happens.
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    But you see horses playing with the horses
    and the birds fly with the birds.
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    This is the same thing in
    the world of Plasma.
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    Plasma, of given strength,
    they interact with each other.
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    What is the strongest,
    according to its strength
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    interacts with the other one.
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    And how we manipulate and we create an
    environment that the Plasmas come together
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    and how they position
    in respect to each other,
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    creates the environment that,
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    whatever is in that environment can be
    affected or not affected by the fields.
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    So, it is very much,
    when you have a magnet
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    made of metal
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    it only attracts
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    or interacts with the iron.
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    Now with the Plasma technology,
    understanding
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    that you can control different fields,
    different sizes.
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    The man for the first time
    has the ability to create
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    a condition where you can make magnets,
    which interact and attract or repel wood.
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    The world of magnets and magnetism
    does not apply anymore,
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    only to iron or
    iron base connected materials.
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    So, in the new world of Plasma
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    you can create a Plasmatic condition
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    where for example,
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    you want to make a magnet for plastic.
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    This is become possible.
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    Where, if you go somewhere and say,
    "I want a magnet for plastic",
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    they laugh at you and
    say, "Magnet cannot be for plastic".
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    Or say, "I want a magnet for wood",
    "It does not exist".
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    But now we have learned
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    the process of creating a condition,
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    that we can make gravitational
    and magnetic fields,
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    of the Plasma of the wood.
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    So, when you bring your wood,
    you can attract the wood.
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    In a sh... time... coming time we will
    show you these things because...
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    we are in a process of measuring.
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    In time... in next few months and years,
    then, for example,
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    if you lose your, let's say a...
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    teddy bear in the house,
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    You can have a machine that creates,
    what is in that teddy bear
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    and the teddy bear comes to you.
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    This is not the jokes anymore,
    these are the realities of what it is.
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    This is the reality of
    the Plasma technology.
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    You create a condition.
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    You want to go to the Moon,
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    do you want to go to the Mars?
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    You create a condition,
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    that matches the condition
    of the environment,
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    of the gravitational magnetic
    field of the Moon.
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    So, what happens ?
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    You are attracted to it,
    you don't need to burn fuel.
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    What this means is that;
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    If you remember these magnets?
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    I have to see which side you are
    that I can play that you can see.
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    If you remember these magnets.
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    You see if you got too fast,
    what happened?
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    The magnet broke.
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    It splits in a part.
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    So, it wasn't the right environment,
    the right pressure.
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    But...
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    (exhales)
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    Ah! There we are..
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    So, I tried to bring the camera down,
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    and then put it back up again,
    that we can see it.
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    Because we going to small magnets,
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    then, it's too far...
    the camera for you to see it.
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    So, what happens is that...
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    This here is a magnet from metals,
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    from iron.
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    So, what happens?
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    Is, that's what is gravitating.
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    I create a condition,
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    in a way,
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    these two gravitate to each other,
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    they pull.
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    But while they are pulling,
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    I can create a condition,
    where those two attract
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    but this one is kicked out.
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    Look what ever I do they go away,
    they don't want to be with this one.
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    But once it's in the right position,
    they come together.
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    So, I create the environment.
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    This environment is very simple.
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    In the world of Plasma,
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    we only understand one thing.
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    Attracting or repelling.
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    It means we want to be with the part,
    or we don't want to be with the part,
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    or we create a condition to be a part.
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    It's very much like,
    when you make a party.
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    You creating environment that
    the friends come home, and they play.
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    So, this is very much, you can see.
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    Very, very simple.
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    You don't use any fuel.
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    You find positioning.
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    So, the world of Plasma,
    has taught us very new things.
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    And that is...
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    to move,
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    to create,
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    to be able to produce anything.
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    All we need to do is,
    to create environment,
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    and a condition that, that environment
    allows us to get to,
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    to achieve, or to have what we want,
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    without damaging anybody else,
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    or anything else.
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    At the present,
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    the human's knowledge and technology
    is literally... has become,
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    what can I destroy to achieve and have.
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    We burn fuel to go from home to school.
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    In fact, burning doesn't destroy anything.
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    You convert it,
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    the matter,
    into energy of different form.
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    But, in the process, you don't have
    the same thing that you started with.
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    In the universe, nothing ever is lost.
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    All it does, it changes form,
    from one thing to another.
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    One of the processes are...
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    With the matter, when you burn,
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    be the wood, be the fuel,
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    you don't miss anything.
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    You just convert it in a dimension
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    that you can not visibly
    see as it was before.
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    What does this mean?
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    Is you put lets say you a piece
    of wood in a fire,
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    and it burns.
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    You burn it with...
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    And then you get the heat,
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    you cook your food on it
    or you get warm sitting in front of it.
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    But, at the end of the process,
    you don't have wood anymore.
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    Because, the energy, the structure
    of the Plasma, which made that wood,
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    now partially is it part of your body,
    because you absorbed it.
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    Now, you have the energy of the wood.
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    You have become
    absorber of the energy of the wood.
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    Part of the structure
    of the magnetic field of the wood
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    is sitting in the metal which is...
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    was the wood but,
    put in to burn it in a fireplace.
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    Part of the structure
    is the ashes which you put out,
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    part of it was the gases
    which is the air you breathe
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    and it's already become part of you.
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    So, the wood you burn on the fireplace
    shares its fields in a different forms,
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    becomes part of you because
    without that heat you'd be cold.
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    But in Plasma technology, all we do,
    we connect and link the magnetic fields
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    without burning,
    without changing the structure.
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    So, you start with
    one magnet or one Plasma.
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    You do your job, whatever you want to do,
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    you move, you can go
    even go dancing with it.
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    If you can see it.
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    We've shown this before.
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    If I can show it here.
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    You see, as I showed yesterday,
    it can dance. Huh?
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    But, still it stays the same,
    nothing is lost.
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    Because the field they share,
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    and some of the field goes to the paper
    underneath and the rest.
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    The principle is that,
    what you started with,
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    you stay still physically, as you can
    observe with, in the Plasma technology.
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    So, there is no difference
    in the world of Plasma and matter,
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    but, in fact, if we can say
    the difference is
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    matter is a weak magnet like this.
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    I tried to put the other one aside.
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    And Plasma is a magnet,
    so powerful like this.
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    You see,
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    if I use this, look at this.
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    Look! How far the magnet jumps.
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    Because it says,
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    "I don't want to be with you,
    I'm too strong".
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    And you see, how much it pushes it away.
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    And, so it creates a gap
    that they are both safe
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    and they can both
    share their fields together.
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    I can use this magnet as a Plasma
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    for hundreds and thousands of years.
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    And it'll still be what it is,
    it'll be a magnet.
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    You see, the distance dictated, is much,
    much further. If you can see?
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    Before, when it was a smaller magnet,
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    I could interact
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    in the size that you could see.
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    Look! You can see the other magnet.
  • 21:04 - 21:07
    This is a distance I can interact with.
  • 21:07 - 21:13
    But, if you can go up in the camera,
    we cannot see the distance.
  • 21:13 - 21:16
    But, if you can go higher with the
    other one, the distance increases.
  • 21:16 - 21:24
    So, this is how the difference is
    between a Plasma and the matter.
  • 21:24 - 21:27
    First of all, matter is the weakest,
  • 21:27 - 21:30
    the smallest Plasma field strength,
  • 21:30 - 21:32
    and,
  • 21:33 - 21:39
    Plasma covers the full spectrum
    of the matter, above and below it.
  • 21:39 - 21:40
    So,
  • 21:41 - 21:46
    you have the centre in the Plasma,
    which is, somewhere in here.
  • 21:47 - 21:52
    The strongest field in this magnet,
    does not sit in the matter.
  • 21:53 - 21:56
    Sits somewhere here where
    the man cannot see.
  • 21:56 - 22:00
    But we become habit of our own eyes,
    we trust our own eyes.
  • 22:00 - 22:03
    But the fields sits the strongest,
  • 22:03 - 22:07
    because, all the fields come in
    and go through the centre.
  • 22:11 - 22:15
    So, in a way, in a shape,
    if you look at it
  • 22:15 - 22:17
    Plasma, as we said, always is like this.
  • 22:18 - 22:20
    It is a ball.
  • 22:23 - 22:28
    And that's how, in reality, it looks like.
  • 22:28 - 22:31
    My son is here and he just
    made something very nice
  • 22:31 - 22:33
    I'll show you how it works.
  • 22:34 - 22:35
    He's put a magnet
  • 22:37 - 22:38
    in a ball.
  • 22:40 - 22:44
    And now, if you move
    this ball in a distance.
  • 22:48 - 22:49
    You can see it.
  • 22:49 - 22:51
    It can affect
  • 22:51 - 22:55
    even a big magnet in its work.
  • 22:57 - 23:00
    It's in a ball,
    it plays football.
  • 23:00 - 23:01
    There it is.
  • 23:05 - 23:11
    So, this is the environment that
    this magnet in a ball can cover.
  • 23:11 - 23:16
    We create an environment
    and a distance between the two,
  • 23:17 - 23:21
    and it just rolls and rolls and rolls
    till they come together.
  • 23:22 - 23:26
    If I can choose another ball,
  • 23:31 - 23:32
    this way
  • 23:34 - 23:35
    you can see how
  • 23:36 - 23:39
    two Plasmas interact,
  • 23:39 - 23:42
    or they get pulled to each other.
  • 23:44 - 23:47
    We can use the small one.
  • 23:47 - 23:50
    And now you see a dynamic Plasma.
  • 23:54 - 23:57
    And if you rotate it
    as a Plasma is dynamic,
  • 23:57 - 24:02
    you see the ball starts moving,
    without actually doing anything.
  • 24:02 - 24:05
    And, in so many ways,
  • 24:05 - 24:07
    this is the world of
  • 24:09 - 24:11
    physics and a Plasma.
  • 24:12 - 24:14
    When you're on your own,
  • 24:14 - 24:16
    you're a Plasma science.
  • 24:16 - 24:19
    When another piece comes to you,
  • 24:19 - 24:23
    two Plasmas make what we call an atom.
  • 24:24 - 24:29
    And this becomes physics, and that's
    what we talked about last time.
  • 24:29 - 24:32
    And, this is exactly how life is.
  • 24:32 - 24:35
    We create an environment,
  • 24:36 - 24:39
    that two magnets, two Plasmas,
    can come together.
  • 24:39 - 24:40
    Look!
  • 24:43 - 24:47
    So, now, what do we learn from this?
  • 24:48 - 24:50
    What we learned from this, is that,
  • 24:50 - 24:55
    as I mentioned earlier,
    in the world of knowledge of man
  • 24:56 - 24:58
    we have gone one step further.
  • 24:59 - 25:03
    We have gone one step further,
    and one step closer
  • 25:03 - 25:09
    to understand the truth,
    about the work of the Universe,
  • 25:09 - 25:11
    the work of creation,
  • 25:11 - 25:13
    the work of food.
  • 25:13 - 25:16
    How foods are actually made.
  • 25:16 - 25:18
    How our body is made.
  • 25:18 - 25:21
    Because, in the next few lessons,
  • 25:21 - 25:25
    we start showing how,
    when so many of these magnets,
  • 25:25 - 25:28
    as we call it, the Plasmatic field,
  • 25:29 - 25:30
    come together,
  • 25:30 - 25:33
    lead to the structure, of the human body.
  • 25:33 - 25:35
    Leads to the structure of life,
  • 25:35 - 25:39
    not only on this planet,
    but in the Universe.
  • 25:39 - 25:41
    So, if you understand,
  • 25:41 - 25:44
    the simplicity of the work,
  • 25:44 - 25:49
    and don't make it too complicated,
    that you have to be a genius
  • 25:49 - 25:52
    to understand, the work of a Plasma.
  • 25:53 - 25:55
    Soon you learn only two things.
  • 25:55 - 25:58
    You don't need to learn,
    anything more than that.
  • 25:59 - 26:01
    How two Plasmas interact.
  • 26:02 - 26:07
    And then, it becomes the number,
    of the Plasmas how they interact,
  • 26:07 - 26:13
    and how the environment and the condition
    is created for them to interact,
  • 26:14 - 26:16
    that one piece becomes your finger.
  • 26:16 - 26:19
    And one Plasma becomes part of your eye.
  • 26:19 - 26:21
    And one Plasma becomes part of your ear
  • 26:21 - 26:25
    and one becomes your...
    part of your little beautiful heart.
  • 26:25 - 26:31
    But, in fact, they're all made of
    the same thing, the same structure,
  • 26:31 - 26:35
    and in the universe,
    there is only one structure.
  • 26:36 - 26:41
    Plasmatic magnetic field,
    which is gravitation coming together.
  • 26:42 - 26:45
    And what we call magnetical,
    which is a separation.
  • 26:46 - 26:52
    And then, how they interact, what is left
    when they come into touch with each other,
  • 26:52 - 26:56
    and how they split,
    leads to the rest of the creation.
  • 26:57 - 26:59
    Leads to the rest of what we know.
  • 26:59 - 27:01
    What we look in the sky.
  • 27:01 - 27:05
    The operation of all the stars
    you see in the sky,
  • 27:05 - 27:08
    all the Galaxies you see at night.
  • 27:08 - 27:10
    The Sun.
  • 27:11 - 27:14
    The way they work and
    their distance from each other.
  • 27:14 - 27:17
    Because, you don't see all
    the stars on top of each other,
  • 27:17 - 27:19
    they are distant from each other.
  • 27:19 - 27:21
    The Sun has a distance from us.
  • 27:21 - 27:25
    There is no difference between
    the working of the Galaxy
  • 27:25 - 27:27
    and the working of the human body.
  • 27:28 - 27:32
    Human body is a closed Galaxy,
  • 27:32 - 27:34
    but is a Galaxy which has chosen
  • 27:35 - 27:40
    to show itself in a regular formation,
    what we call is, the human body.
  • 27:41 - 27:43
    But, the beginning of all the creation.
  • 27:43 - 27:46
    What's in the Universe,
    and what is on Earth.
  • 27:46 - 27:50
    What is in the body of a man,
    what is in the food you eat,
  • 27:50 - 27:52
    is all the same.
  • 27:52 - 27:59
    All made, based, works, on the interaction
    of two Plasmatic magnetic fields
  • 27:59 - 28:04
    in how they come together and how
    they distance from each other.
  • 28:05 - 28:07
    If you look
  • 28:07 - 28:09
    the distance between these two,
  • 28:09 - 28:11
    because of the same size,
  • 28:14 - 28:15
    is different,
  • 28:17 - 28:21
    I'll try not to lose my finger,
    while I'm trying to show you this.
  • 28:21 - 28:24
    If you look, I'll put a marker.
  • 28:24 - 28:27
    This is.. If I move this,
    that's the limit.
  • 28:27 - 28:29
    The minute I move, the other one moves.
  • 28:29 - 28:32
    I'll put a marker there,
    and I'll put a marker there.
  • 28:33 - 28:35
    Now I change
  • 28:36 - 28:40
    to a bigger magnet, in a bigger dimension.
  • 28:41 - 28:43
    And now you see the distance.
  • 28:45 - 28:48
    I keep the small one the same
  • 28:49 - 28:52
    and I put the big one on
    the position of his friend.
  • 28:52 - 28:54
    And look what happens.
  • 28:54 - 28:57
    If it comes too fast, its broken.
  • 28:57 - 29:01
    It gets attracted to fast, you have lost.
  • 29:01 - 29:04
    But, if I can create the right position,
  • 29:05 - 29:08
    and I can keep the
    other one in its position,
  • 29:08 - 29:09
    and I move this,
  • 29:09 - 29:11
    look where the other one goes.
  • 29:13 - 29:15
    This one is still in the same place.
  • 29:15 - 29:19
    But now, because of the
    strength of the bigger one,
  • 29:19 - 29:22
    this one has chosen
    to be in this position.
  • 29:23 - 29:27
    That's the difference between
    the strength of the small,
  • 29:27 - 29:30
    two small, and a big and a small.
  • 29:30 - 29:33
    So, here we create a different condition.
  • 29:33 - 29:37
    When we put more Plasma, a bigger Plasma,
  • 29:38 - 29:42
    we create a bigger distance,
    so it covers more area.
  • 29:43 - 29:47
    Now, this for example,
    the first two magnets,
  • 29:47 - 29:49
    were
  • 29:50 - 29:52
    in the body of the man,
  • 29:53 - 29:55
    your finger, your toes.
  • 29:55 - 29:57
    And...
  • 29:58 - 30:01
    with a bigger one,
    is very much like Galaxies
  • 30:01 - 30:03
    or stars.
  • 30:05 - 30:06
    Something very interesting.
  • 30:06 - 30:08
    If you look,
  • 30:09 - 30:11
    now the magnets come together.
  • 30:11 - 30:15
    And if I turn, just turn this magnet,
  • 30:15 - 30:17
    it goes the other way.
  • 30:17 - 30:19
    I don't know if you can see it.
  • 30:20 - 30:22
    What has happened,
  • 30:22 - 30:24
    if you look, just look at this magnet.
  • 30:24 - 30:26
    If you can watch it,
  • 30:27 - 30:29
    this magnet rotates.
  • 30:29 - 30:30
    Why does it do that?
  • 30:30 - 30:31
    Have a look.
  • 30:32 - 30:34
    It changes the condition.
  • 30:35 - 30:37
    Just try to see.
  • 30:37 - 30:41
    I keep this steady,
    but have a look at the other one.
  • 30:41 - 30:43
    This side I mark it the blue.
  • 30:47 - 30:48
    If you can see it.
  • 30:49 - 30:52
    And then I just turn it
    and look what happens.
  • 30:52 - 30:54
    It turns.
  • 30:54 - 31:00
    This is how motion
    is created in the Universe.
  • 31:01 - 31:05
    You have, on the same Plasma,
  • 31:08 - 31:11
    what is two similar or the south.
  • 31:11 - 31:13
    And then when I leave it...
    If you look,
  • 31:13 - 31:16
    it turns to find its position.
  • 31:16 - 31:18
    This is the behaviour of the Plasma.
  • 31:19 - 31:22
    In one side, which is similar
  • 31:22 - 31:26
    and the fields go in the same direction,
    what we call the north
  • 31:27 - 31:31
    and in one side, the fields come
    together in the same position.
  • 31:31 - 31:35
    And they rotate and
    create motion and rotation.
  • 31:36 - 31:38
    And if you look,
  • 31:39 - 31:40
    this magnet,
  • 31:40 - 31:42
    why it behaves like this ?
  • 31:42 - 31:44
    It's because it's broken in two halves.
  • 31:45 - 31:49
    Now, you have two halves.
  • 31:49 - 31:52
    The northern half and the southern half.
  • 31:52 - 31:57
    And this is how the
    creation works in the Plasma.
  • 31:57 - 32:00
    What is in the south,
  • 32:00 - 32:02
    all the fields go in.
  • 32:02 - 32:05
    And they have to come out of the north.
  • 32:05 - 32:08
    And if I bring the two together,
    just watch what happens.
  • 32:09 - 32:11
    They come together in the shape of
  • 32:11 - 32:13
    making a sphere.
  • 32:13 - 32:16
    Because they have
    to accommodate each other.
  • 32:17 - 32:20
    That they can go and pass
  • 32:20 - 32:22
    and share their fields.
  • 32:23 - 32:26
    So, you've seen in a simple way.
  • 32:26 - 32:31
    Now, you as youngsters have a knowledge
  • 32:31 - 32:37
    which, not even your parents were aware of.
  • 32:37 - 32:39
    Even though they played
    with it all the time.
  • 32:40 - 32:43
    When they were young,
    they had magnets the way you do.
  • 32:43 - 32:45
    But they never understood
  • 32:45 - 32:47
    that a Plasma
  • 32:48 - 32:51
    has two properties at the same time.
  • 32:52 - 32:55
    Attracting and repelling
  • 32:55 - 32:57
    due to the magnetic fields,
    which is inside it
  • 32:57 - 33:01
    which we taught in the
    first and second lessons.
  • 33:01 - 33:05
    So, now I hope you understand
    what we mean,
  • 33:05 - 33:07
    we create a condition.
  • 33:08 - 33:10
    And as we create condition,
  • 33:11 - 33:16
    we dictate, what its going to be
    and how far it's going to be.
  • 33:19 - 33:21
    Any questions?
  • 33:28 - 33:29
    No questions.
  • 33:29 - 33:33
    (RC) Thank you Mr Keshe,
    that was very interesting.
  • 33:34 - 33:36
    I did have a question.
  • 33:36 - 33:42
    You did bring up something, about
    magnetic fields and how they interact.
  • 33:42 - 33:43
    And I was wondering,
  • 33:43 - 33:50
    how can we keep warm just with
    the magnetic gravitational fields.
  • 33:50 - 33:54
    Would it be some sort
    of way of heating the air?
  • 33:54 - 33:57
    Would it heat our bodies?
  • 33:57 - 34:02
    ... How do we keep warm in...in the...
    Plasma Universe?
  • 34:03 - 34:07
    (MK) In a Plasma Universe,
    you make your Sun
  • 34:07 - 34:09
    or where do you want
    the heat to come from,
  • 34:10 - 34:14
    to move faster or
    slower in respect to you.
  • 34:16 - 34:19
    If the magnetic field moves faster,
  • 34:19 - 34:22
    with a more power... strength,
  • 34:23 - 34:25
    then their interaction
    with your body is just like
  • 34:25 - 34:26
    a rubbing of the hands.
  • 34:26 - 34:30
    When you rub two hands together fast,
    it gets warmer and warmer.
  • 34:30 - 34:33
    As you go with the Plasma is different,
  • 34:33 - 34:37
    as you go more to the centre
    the stronger fields
  • 34:37 - 34:40
    interacts with the weaker body,
    they release more energy.
  • 34:41 - 34:46
    The process of the heating, there is
    no heat, itself is a magnetic field.
  • 34:47 - 34:51
    It depends how much of it
    you want to release from the source.
  • 34:52 - 34:56
    Then it... That becomes the heated
    temperature, what you want to be in.
  • 34:56 - 34:59
    But the only difference is, with...
  • 34:59 - 35:01
    heating with the Plasma,
  • 35:01 - 35:03
    you don't need to put a match on it
  • 35:03 - 35:06
    or you don't need to heat to...
    What you call it?
  • 35:07 - 35:11
    To burn it or to compress it
    till it explodes.
  • 35:11 - 35:13
    You go towards the centre,
  • 35:13 - 35:17
    or you move from the centre on,
    depending where the strength has to be.
  • 35:17 - 35:19
    Or you open the Plasma,
    .
  • 35:19 - 35:23
    that the stronger field reaches you,
    that you feel warmer.
  • 35:24 - 35:27
    In the future heating, you have...
  • 35:27 - 35:31
    the Plasma reactors for
    heating. In the future
  • 35:31 - 35:34
    it'll be totally different
    than what man is use to.
  • 35:35 - 35:36
    It warms you up
  • 35:36 - 35:40
    according to strength, of your
    gravitational magnetic field of your body.
  • 35:42 - 35:44
    And this is very important.
  • 35:45 - 35:49
    There's structure, wherever you go,
    according to the heat you want.
  • 35:49 - 35:50
    It'll be heated up.
  • 35:50 - 35:52
    That where you are.
  • 35:52 - 35:57
    At the moment, if you put a fireplace,
    and there is a chair in front of it,
  • 35:57 - 36:00
    the chair gets heated up,
    and other things with it.
  • 36:00 - 36:05
    In Plasma technologies, these things
    are not and will not happen.
  • 36:06 - 36:09
    The wood, the chair
    they still would stay,
  • 36:09 - 36:12
    but according to the strength
    of your body,
  • 36:12 - 36:17
    because its a different structure,
    you can just direct wherever you walk.
  • 36:17 - 36:21
    Wherever you move,
    heats up according to where you are,
  • 36:21 - 36:24
    in the direction you are,
    and the environment you are.
  • 36:25 - 36:27
    The Plasma technology of the heating
  • 36:27 - 36:31
    is a very, very simple
    but very, very complicated too,
  • 36:31 - 36:32
    if you don't understand it.
  • 36:32 - 36:34
    But there is literally no difference.
  • 36:34 - 36:36
    Its the Interaction of the Plasma
  • 36:36 - 36:39
    but on the strength of the Plasma.
  • 36:39 - 36:42
    And you never lose it,
    they are always the same.
  • 36:44 - 36:46
    In a way, when you come
    into the room nowadays,
  • 36:46 - 36:48
    you turn up the lights,
  • 36:48 - 36:51
    and you dimmer it or you lighten it up.
  • 36:51 - 36:55
    The heating in the future with the
    Plasma Technologies is very much the same.
  • 36:55 - 36:59
    But you decide how much of the Plasma
    you're going to release,
  • 36:59 - 37:01
    at what strength you want to be.
  • 37:08 - 37:11
    (RC) Thank you for that.
    (MK: Any other question?
  • 37:12 - 37:16
    We'll come back to this heating,
    because it will be very very interesting.
  • 37:16 - 37:21
    How are you going to do your cooking
    with the Plasma reactors.
  • 37:21 - 37:22
    (RC) Right.
  • 37:22 - 37:26
    (MK) I'll tell you one thing.
    For sure you'll never burn any food.
  • 37:26 - 37:29
    Burning of the food
    in cooking is finished.
  • 37:30 - 37:34
    You will never burn your cake in the oven.
  • 37:35 - 37:40
    Because, the process of the heating
    is set as much as you need
  • 37:40 - 37:43
    at the point of what
    you need, the way it has to be.
  • 37:46 - 37:49
    (KD) And, Mr Keshe,
    you eventually wouldn't need, any,
  • 37:49 - 37:52
    you know, for in.. in my opinion,
  • 37:54 - 37:58
    health damaging microwave oven
    which a lot of people use,
  • 37:58 - 38:02
    which not only distorts the taste,
    but you know, there's the..
  • 38:04 - 38:07
    the nourishment quality of our food.
  • 38:07 - 38:11
    Isn't that...
    There would be a chance, you know to...
  • 38:12 - 38:14
    (MK) Let me explain to you.
  • 38:14 - 38:16
    You call it microwave.
  • 38:16 - 38:19
    The Plasma cooking
    facilities of the future,
  • 38:19 - 38:22
    we're not very far from
    the microwaves we have,
  • 38:23 - 38:26
    but will be in a Plasma...
    in a Plasma environment.
  • 38:27 - 38:29
    And, it is actually,
  • 38:30 - 38:33
    we'll come to understand that...
  • 38:33 - 38:37
    What you call microwave to be
    harmful, because they are rays.
  • 38:37 - 38:41
    They are created in a certain
    given direction and they are...
  • 38:42 - 38:45
    they are not in a...
  • 38:45 - 38:49
    what I call, a spherical cascading form.
  • 38:50 - 38:53
    They are like like putting...
    What you call it?
  • 38:53 - 38:58
    A bucket of water,
    and just showering from one direction.
  • 38:58 - 39:02
    That's why they dislocate the structure
    of the atom
  • 39:02 - 39:04
    and they create the problems.
  • 39:04 - 39:07
    (KD) Oh! Okay, thank you for that.
  • 39:07 - 39:10
    (MK) In the Plasma technology cooker,
    ovens of the future,
  • 39:10 - 39:13
    you reach the Plasma in the way you want,
  • 39:13 - 39:16
    and the ovens will not be very different
    than microwaves,
  • 39:16 - 39:17
    but it will be the Plasma.
  • 39:17 - 39:20
    This, this we have done
    a lot of tests on this.
  • 39:20 - 39:24
    And very soon I'll show you,
    because it's a very interesting position.
  • 39:24 - 39:27
    Cooking time is instantaneous.
  • 39:28 - 39:31
    The cooking time with
    the Plasma reactors of the future
  • 39:31 - 39:33
    is more or less instantaneous.
  • 39:34 - 39:39
    It is something man cannot imagine,
    but you will see it in a very short time.
  • 39:40 - 39:42
    Burning of the food is
    something in the past.
  • 39:42 - 39:46
    A lot of women will love Plasma reactors.
  • 39:46 - 39:50
    Because none of them can spoil food,
    and none of them can burn the food.
  • 39:52 - 39:57
    They all become very good housewives,
    and very good husband housekeepers.
  • 39:57 - 40:00
    Because the men usually burn the food,
    more than the women do,
  • 40:00 - 40:02
    because they don't know what to do.
  • 40:02 - 40:04
    Now everybody becomes a perfect cook.
  • 40:07 - 40:11
    (RC) Well, there's a good selling point,
    for Plasma technology.
  • 40:11 - 40:13
    Become a perfect cook.
  • 40:14 - 40:17
    Armen says, "What about
    washing the dishes?"
  • 40:17 - 40:19
    They are no dishes to wash.
  • 40:19 - 40:24
    (RC) We have to invent the Plasma
    dishwasher, before the Plasma cooking.
  • 40:24 - 40:28
    ... (laughter) ...
  • 40:28 - 40:32
    (MK) Anyway. It is an exciting time,
    what is to come and what is going to be.
  • 40:42 - 40:47
    Is there any question, we answer,
    otherwise we'll keep it to forty minutes.
  • 40:47 - 40:52
    Because, I know after forty minutes,
    children become impatient.
  • 40:52 - 40:54
    I have one here.
  • 40:54 - 40:57
    ... (background discussion) ...
  • 40:57 - 41:00
    You can stay if you like
    no problem... come.
  • 41:01 - 41:03
    You want to explain some...
  • 41:03 - 41:06
    Can you close the door please.
    Close the door.
  • 41:06 - 41:07
    Okay.
  • 41:07 - 41:08
    ... (background) ...
  • 41:08 - 41:09
    Yeah!
  • 41:09 - 41:12
    Is there any question you want to ask?
  • 41:13 - 41:15
    (KD) Not for now, Mr Keshe.
    (MK) Okay.
  • 41:15 - 41:18
    (KD) You've clarified a lot of things.
    Thank you for that.
  • 41:18 - 41:19
    (MK) Thank you very much,
  • 41:19 - 41:24
    I hope we will learn and as I said,
  • 41:24 - 41:25
    we're going to go to sleep
  • 41:25 - 41:30
    and in exactly twelve hours,
    we will start a session for the adults.
  • 41:31 - 41:34
    And we'll see if we can teach
    the adults a little bit of children.
  • 41:38 - 41:45
    (RC) That's right, that'll be the...
    35th Knowledge Seekers Workshop on...
  • 41:47 - 41:55
    11pm Pacific on Wednesday and
    8am CET on Thursday.
  • 41:55 - 42:01
    And, you can find that on the same
    channel as this Livestream.
  • 42:01 - 42:03
    (MK) Yeah.
    (RC) Okay! Thank you Mr Keshe,
  • 42:03 - 42:05
    Thank you Keyvan.
    (KD) Thank you Mr Keshe
  • 42:05 - 42:08
    have a good... thanks
    (MK) See you tomorrow. Thanks Bye bye.
  • 42:08 - 42:10
    (RC) Bye.
    (KD) Goodbye.
  • 42:10 - 42:11
    (MK): Bye bye.
  • 42:12 - 42:15
    (RC) Okay everybody,
    thank you on Livestream
  • 42:15 - 42:19
    and thank's everybody for
    participating in the workshop
  • 42:19 - 42:24
    and that wraps up the
    5th Kids Knowledge Seekers Workshop.
Title:
05th Kids Knowledge Seekers Workshop Nov 5 2014. Subtitles.
Description:

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Video Language:
English
Duration:
42:27

English subtitles

Revisions