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Rick Crammond (RC) Welcome everyone to
the 1st Kids Knowledge Seekers Workshop
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presented by the Keshe Foundation
and Spaceship Institute.
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My name is Rick Crammond
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and I will co-host this weekly series
with Keyvan Davani (KD)
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and Keyvan is organizing
the Kids workshops,
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and he will make
a short introduction here.
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Then, we will hear from Mr Keshe (MK), who
will explain the workings of the Universe
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in a way that the child in all of us
can understand.
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Mr Keshe will then answer questions
from the kids of all ages.
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Keyvan, can you continue?
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(KD) Yes! Thank you Rick.
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Again, my name is Keyvan Davani...
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when I was a kid, approximately
six or seven years old,
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I remember asking many, many,
let’s say creative questions to my dad,
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and at that time,
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I could not get, so I couldn't get
any answers which I was searching for.
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The whole reason for this Kids
workshop is to gain some understanding,
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start gaining understanding
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for all those questions
which many kids might have,
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in, you know,
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when they are young, or going to school,
learning physics, biology, chemistry,
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and... and I guess,
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Mr Keshe, when he was a kid, he ...
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most probably asked himself
the same question which I had,
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you know, about the Universe,
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about our Galaxies, our planets,
our stars, the Moon, what are we made of,
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you know, planet Earth,
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so, maybe, you know,
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all those things that we learned
in school might not be totally wrong,
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but since I've been following Mr Keshe,
reading his books, for a few years,
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...I started, you know, understanding
the connections a little bit better.
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So, Mr Keshe, I want to give you
here the floor and.....
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and, introduce yourself maybe.
to all those new listeners.
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Thank you.
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(MK) Thank you very much Keyvan,
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and welcome to all our children,
especially myself.
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I’m still very old but very young
at heart, and a child.
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My son is sitting in front of me
and he’s shaking his head.
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I was actually about his age, about eight,
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when I was introduced
to the X-rays and radiation,
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and then, I watched the man,
at very young age,
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landing on the Moon,
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and I remember that night,
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lying on the floor,
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and watching, hoping that I can see
the man landing on the Moon.
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I still clearly remember that day;
it was in July, summer time.
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And that was the first time when,
to me, was to understand more.
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And he had that, that understanding
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more about the field and the world,
and the galaxies, has never stopped.
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One of the most important things,
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I think, for the young children
to understand, or young listeners,
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is that man is here not just
because of what we say.
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Man is here because,
collectively, as a race,
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over hundreds and hundreds
and thousands of years,
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we have gathered information and we have
passed it from father to son,
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and to grandchildren.
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And now, we have
the facility of the computers
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to be able to share this knowledge
much rapidly and better.
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A lot of you know
and have played with magnets.
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Magnets and the magnetic fields
are the backbone of the creation.
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Nothing in the world is, and can exist,
without magnetic fields.
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But, all the magnetic fields
in the Universe
-
don’t have the shape of very much
what you get on your fridges;
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these are the magnets
you see in your fridges,
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the little magnets.
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So, if you look, you already have
and lived and played with magnets.
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These are little magnets you stick
on your fridge, on your door.
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But, behind these, sits the whole
mystery of the creation.
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If you go to every single smaller piece,
they are actually very much like this.
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They are little, little spheres,
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but, in the Universe,
spheres don’t sit on the floor,
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the spheres sit upright,
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and these spheres of magnetic fields,
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when they sit upright,
they look very funny,
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they look like a little ball,
which they rotate.
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And this, in our language,
in the bigger language,
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we call a "Plasma".
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If you see a ball,
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this is what we call a Plasma.
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And the whole creation
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is made and is based on these
little magnets which rotate,
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and they rotate very fast, and from them,
we see magnetic fields.
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This is like these wires if you look
at these wires,
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these are all what
we call, "magnetic fields".
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This is what comes out of the fields
from the top of these little balls.
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And then, they go
and they turn, as you see,
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in different directions
and different place,
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depends how these fields can spread,
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and where is, there is a friend,
which is equal to them.
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So, if you look at these magnets
you have, like a little fish,
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out of it is coming millions and millions
of fields like this,
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which is looking for a mate,
for a friend to play with, or to join.
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And, where it joins, then it sticks.
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And then, we call it a magnet.
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In a very easy way,
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what it is, we want you to
understand this simple thing:
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In the world, magnets,
in the way your body,
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cells of your body are made,
are not flat.
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They are always in the shape of a ball.
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And this is a huge departure from what
we thought and we think in the past,
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at least hundred years.
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So, what we show you is that
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instead of going and showing you
little magnets, magnetic fields,
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we start the process of teaching you,
from the beginning, about the Plasma.
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Because it’s no use teaching you about
the magnet which is flat
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and then saying the magnet rotates
and then becomes a ball.
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This is exactly the shape of the magnet,
magnetic fields we call the Plasma
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and from it, one side,
fields come up like this,
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and from the other side,
the fields go in like this.
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So, in fact, what goes in from one side
has to come out of the other side.
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But, in the process in the middle,
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inside there are some more
magnetic fields which can join
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the ones which are coming out.
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It’s just like when you go in a tunnel.
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What goes in the tunnel when you go
has to come out on the other end.
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But in this process,
we call it magnetic fields.
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These are the fields,
the little strands you see.
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So, these strands have to go somewhere
and join something.
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And then, when they join something,
it’s usually another Plasma.
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So, what you get, you get two Plasmas.
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And, the field from one
has to go in the other one.
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So, when you look
at the overall between the two,
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you see a mesh like this.
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So, even though you are looking at
a sticker with a little girl on it,
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here with a magnet on the fridge,
a little fish or whatever,
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between them are loads of fields like this
traveling from one to another and back.
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And this is what
we call magnetic fields,
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where the rays come out, but in fact,
individually, they are little balls.
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But, the difference is that in real life,
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a magnetic field from the ball can be
seen when it comes out, it's like an egg.
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But we know inside, the egg
is very soft, is very gentle.
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And that’s what’s inside
a magnet, inside a Plasma.
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So, when it becomes the shell,
we see the Plasma.
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When is not the shell,
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it is in the shape of very, very soft,
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very, very soft matter,
what we call a "soft Plasma".
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So, if I break this egg,
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it’ll go on the floor, on the table.
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But, if I can gently take the shell out,
which is done with this one,
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it’s a bouncing ball.
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This is exactly what’s inside this egg.
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So, this is the difference between what
we call the "matter", which we can feel,
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and this is the skin of the egg,
taken off,
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and that’s what you call a Plasma.
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So, this is how beautiful it is.
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You bring a lot of these bouncing balls,
called Plasma,
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their fields join each other,
and then, now what do you have?
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Plasmas, which in small balls,
all bouncing up and down,
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and the waves shaking like this,
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and now you see
how beautiful Plasma has become.
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This is millions and millions
of these make your little nails,
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millions and billions of these
make your little hearts,
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but, when they join together.
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So, you don’t have a hard heart,
like this,
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that becomes like an egg,
that you can hear it;
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it is a ball, a bouncing ball.
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And this ball, balls everywhere,
jumps everywhere.
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And, this is, if I break this like this,
you see the white and the yolk.
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You can do this at home yourself.
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You can see the difference between
a Plasma, and a matter.
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Matter is when it’s hard.
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Plasma is when it’s bouncy.
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What you can do at home yourself,
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to see the difference between
the matter and a Plasma
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is, get an egg,
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put it in the vinegar for three days
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and you come, and you see the magic
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there is no shell. It’s only Plasma left.
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And then, if you break the egg, you see,
the inside of the two is exactly the same.
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The first day when you break the shell
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when you get the shell
moved with the vinegar,
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you will see the yolk,
you will see everything inside.
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If you have, for example, a chick
sitting on the egg for a few days,
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and you can take the shell away,
you will see the little chick inside.
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So, in fact, if you can see through this,
for example through this ball,
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you can see a little dog,
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the little dog is in the Plasma.
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I try to show it to you,
if you can see it.
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So, this is Plasma;
you see, it’s a ball, it’s bouncing.
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So, this is what the Plasma is.
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The Plasma is loads of magnetic fields
which revolve, go round and round,
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make what we call Plasma,
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and then, Plasma has to come out,
they cannot stay.
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So, when they come out,
they have to join the others.
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It’s just like when
you go out of the house,
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you go and play with your friends,
then is 2 friends and more.
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But, to make a little nail, or little
toy, even to make this little magnet,
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needs millions and millions
of these little balls joining together.
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So, now, in one step, you have seen
how the whole Universe works.
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If it’s small Plasma,
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we call it one atom, or one proton,
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but, when it becomes bigger Plasma,
we call it like Earth.
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And if it becomes bigger Plasma,
it becomes the Solar System,
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and if it becomes bigger-bigger Plasma,
we call it the Universe.
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So, in a very simple way,
if you can use this Plasma,
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understand how it goes through
these lines from one to another,
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and we can collect the motion of these,
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it’ just like hundreds of you
running down the road,
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then you can produce what is
your dream or whatever you like to be.
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Here we start showing
the movement of the Plasma.
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When we collect its energy,
because it’s running, it gets tired,
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we call it the light.
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You produce a torch.
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This torch, if you can see, it’s light,
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is literally, collection of hundreds and
hundreds of these Plasmas collected,
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and then it’s charging the battery.
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This is how we make physics fun.
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Physics is very simple, if you can
understand it, the reality of it,
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I’m sure you’ll find out, that
your teachers will learn from you.
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And then, the simpler ways,
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the Plasmas have to,
and always join each other.
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As I said, if you find a friend,
you can join and play;
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If I show you these magnets,
these are like the sphere,
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is... you’ll see the magnets
chase each other.
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The... I’m trying to find a
camera that you can see,
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I can move and the other one moves,
if you can see it?
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It moves, and it moves, and it moves,
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because, whatever comes from one magnet,
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it has to go in the other one.
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So, what comes out of this magnet here,
it has to go back on the other side.
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You cannot put all the magnetic
which is coming out back into itself.
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So, it goes into another magnet,
and that’s what happens.
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That keeps the distance, if you see;
They never come close to each other,
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they have to keep their distance,
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and this is the principle of creation.
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When Plasmas in the Universe cannot come
and become sitting next to each other,
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so they have a gap, and that gap
allows them to move freely.
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and it’s like you and your friends
sit on the same desk in the school,
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in the classroom
but there is a little gap between you,
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that both we can wiggle and
can move out, and move in,
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and that’s how exactly, the Plasma is.
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So, you can start playing games.
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You can join them, you can join a few,
or you can join a number of them.
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And, at the same time,
you can make them to do different things.
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If you bring more magnets
and more magnets together,
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you can play different games.
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This is the magnets,
in different shape and form.
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If you look at it,
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you can understand
very easy that, how magnets work.
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They don’t need to be
in touch with each other,
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their fields reach each other,
and this is what we call a Plasma.
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You turn, the two of the same magnets,
if you see, I’ll put them on the table.
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If you can see the other one?
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They rattle, because they can join,
the fields join each other.
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But, magnets do not need,
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or Plasmas do not need to be next
to each other, to contact each other.
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So, if I turn this, that one turns.
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If I turn the other one,
the other one turns.
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What happens ?
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The fields in this one
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has to go around to this Plasma
from here in,
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and the field from this, this one,
has to come and join this one.
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But, that’s what exactly happens,
you don’t need connection.
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You see, from a distance,
you play with the magnets.
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And this is very much
what we call a Plasma.
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It’s not flat, it’s a ball,
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and if you stretch this ball
very much, long like this,
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this is what you call the light.
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The light you saw in the torch,
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the light which gives you
chance to see this magnet
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is the same ball when it gets stretched.
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If you get a chewing gum in your mouth
and chew it and make a ball out of it,
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and then take it out
and stretch it as much as you can.
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When it is round in your mouth,
it’s a ball, it’s a Plasma.
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And when you stretch it,
it’s still the same thing, but very long,
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and that’s why we call "the light".
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And this is how everything
in the Universe is.
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You become stretched, you become a light,
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you stay spherical,
you become a ball, a Plasma.
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So, in a very simple way,
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to make a Plasma,
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you need loads and loads
of the fields to come together,
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and they spin and they spin and they spin.
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And they become a Plasma.
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So, if you had a thought,
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I’m sure you’ve seen it in your time,
in your classroom, or in your house,
-
you usually play with
your magnets like this,
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very flat; very, very, very flat.
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So, you see them, this is one magnet.
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But in the Universe,
we never see anything like this.
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And that’s why we see everything
in Universe like this.
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And we call it a Plasma, because fields
rotate, they chase each other.
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So, from now on, you understand,
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that if you’ve seen
the rectangular star in your life,
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when you look into the sky ? No.
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But you see all the stars are round,
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the shape of a Plasma, because,
even the Sun is very, very big Plasma.
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The reason we start these teachings,
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is to teach you from the beginning
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about the reality of how life
is in the Universe.
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It’s not flat;
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everything in Universe,
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even the smallest atom in your nail,
is a spherical shape.
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The blood you carry in your body
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is made of millions and billions
of spherical shapes.
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And how they interact with each other,
gives you the color which you have.
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If you have a white shirt,
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the Plasma in that shirt is what
the other lights cannot be absorbed.
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If it’s green, is some lights
which cannot be absorbed,
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which the balance becomes green.
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But the light is very simple.
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The light is made in a very,
very simple way.
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If you rub the two balls,
the Plasmas together,
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the Plasmas have the fields
which are going out,
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and they have the fields
which are going in.
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When you rub them together,
when they tighten next to each other.
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The ones which are going in,
crash with the one which are coming out,
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and ones which are coming out,
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crash with the other one which
are going in from the other one,
-
and it’s exactly as you do with your hand.
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If you rub your hands, you see heat,
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and it gets warm.
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But, you don’t see,
if you make it very, very dark,
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you will see your hands
will create light too.
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So, that’s what happens in the Universe.
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Where the magnetic fields
rub against each other,
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the ones which are going out
of the Plasma,
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and the ones which are going in the
Plasma, from one and the other one,
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you get little, little Plasmas coming out.
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It’s like, bits of the skin folds when
you rub your skin, you scratch your skin,
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and those little lights become elongated
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and then become what we saw as a light.
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So, we bring this part to an end,
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and then next time we’ll talk about more
-
beautiful things we can
learn with the Plasma.
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How you can use Plasma to light things up,
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and you tell us how you want us to go.
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Thank you very much.
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Is there any questions,
from the children?
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My son is shaking his head and he says
"No, no, not from me".
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Ruben (RU) Not now, thank you.
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We are rubbing our hands right now,
-
just to...
-
Was it a good explanation, ask him?
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(RU) Yes.
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He says "yes". What about yours?
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Laura Rauscher (LR) About the Plasmas,
we didn't understand very well ...
-
really the definition of the Plasma.
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How can we ...
-
the childrens; What exactly is Plasma?
-
(MK) Plasma is a ball of magnetic fields
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which, in the center due...
-
Okay, I’ll tell you something,
because my son knows,
-
maybe children can explain.
-
Come on, you have to..
-
... (background discussion) ...
-
(RU) Good evening, my name's Ruben.
-
...(background discussion)...
-
(RU) I know that a Plasma is
made by an energy field
-
and little magnetic things inside it.
-
(MK) Can we understand from your child
what it means to have a Plasma?
-
What does he know that..add to it? Yes!
Laura (LR): Yes, he can tell you.
-
(LR) Yes
-
(MK) These are the children of the world,
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no barriers, no borders,
no color, no race.
-
They can teach us, and their
much simpler, than we can.
-
Let us see what he understands.
-
He is going to explain what
he understands from Plasma now.
-
We are waiting.
-
(LR) Oh! For my child?
-
(MK) Yes!
-
(LR) Okay, I have to translate...
(MK) Let him..
-
It's their program, its not ours.
-
(LR) Yeah! So, he said, it’s is...
-
(MK) Give him the headphones,
let him speak.
-
(LR) Yes, but he doesn't speak English
very well,
-
so I have to translate everything...
(MK) It doesn't matter, that’s good,
-
let you do, let him be heard.
-
What language does he speak?
-
(LR) He speaks just German
-
and he was, at the moment, very
fascinated about.., about the magnets.
-
So, he's playing now around
with the magnets on our fridge,
-
and... that’s why, I think, he skipped
the part with the Plasma,
-
so he’s just trying to discover
the magnetic fields,
-
and trying to see how
they react to each other.
-
So, yes, he is just playing around and ...
-
trying to find out
how these magnetic fields work out.
-
(MK) Aha! I think, for purpose
of our teaching children,
-
we deliberately kept away from magnets
and magnetic flat magnets, like this one.
-
Because, we have come to understand,
-
then you have to re-educate them
to understand the magnets,
-
...or the life,
-
the structure in the Universe is a ball
of fields which they run after each other,
-
what we call a Plasma.
-
It starts from the center, the center,
the yolk, is exactly copy of an egg,
-
the center, the yolk is where
all the field radiates out,
-
and then, whatever radiates out,
-
we call from the time,
-
from place, the yolk, till come to
the white or to the skin of the egg,
-
we call it the transition point,
-
and, or we call it, transmission,
... "transition field",
-
and then, on the top,
when it comes to us, we see it,
-
we call it a matter,
or things we call it what it is,
-
like here, it’s the egg of...
the shell of an egg.
-
So, a Plasma is a copy,
no different than an egg,
-
but has to have a source,
you can’t have things free.
-
So, that source, if you look at the egg,
-
is the yolk, and it radiates all
these fields outwards
-
and from the time and the place,
-
on the top of the yolk,
where the white starts to...
-
where we see it,
as a skin and a shell of the egg,
-
we call it the "transition", so we call
the white of the egg the transition.
-
It takes time to transit, to travel
from the yolk to become to the skin.
-
So, this is how we understand Plasma.
-
A source,
-
the white, which is a transition time,
from the wave, where it leaves the source,
-
to the point when we see it ,
detectable to us, like an egg.
-
Another easy example of a Plasma, which
is true Plasma, in true sense of Plasma,
-
is our solar system.
-
The Sun is the source,
where all the fields come out.
-
And then, for example, in our case
it takes over eight minutes
-
from the surface of the Sun
-
to the surface, to the top layer
of the Earth for this field to travel.
-
So, we call the transfer of the field
from the surface of the Sun
-
to the upper layer of the atmosphere
the transition, which is in transit.
-
And, then,
-
at the point
-
when it rubs against this magnetic field
and gravitational field of the Earth,
-
manifests itself as the light
or changes and becomes matter.
-
We call it the "matter-state",
because now to us it’s detectable.
-
And this is the easiest way to
explain to children about Plasma,
-
because, nowhere in the Universe and
one of the biggest problems in teaching
-
regarding the Plasma technology
and his existence of life in the Universe
-
is, we try to teach children
magnet in the flat form,
-
like this,
or magnets like this.
-
Yes! They are like this
because we push these balls together,
-
like this, what do you call it,
eggs or what we call Plasmas,
-
and then it’s very hard to teach children.
-
No! What you see is collection
of these, we squished together.
-
But, if you teach children the Plasma
from the beginning is like a ball,
-
and all the fields in the Universe
come out of a big ball,
-
from the centre of the Universe,
and then they divide to smaller ones.
-
And then they make the Galaxies,
-
and then the smaller one
makes the Solar System.
-
And, the smaller one makes the Sun,
-
and the smaller one makes the Earth,
-
and then it, when these fields become
smaller and smaller these little balls
-
of magnetic fields,
they become the parts of our body.
-
And, to teach children about
flat magnets and then trying to change,
-
is the biggest problem which
we have with the world of science today.
-
That’s why, we try to explain from
the first session about a Plasma.
-
A Plasma is a huge ball
of magnetic fields,
-
with a source.
-
The time which takes it from
the source
-
to come to be manifest to us as a matter,
-
and when it's on its shell,
-
totality with all the fields on
the centre, we call a Plasma.
-
And, you can change it,
you can play with it,
-
you can understand it,
in a very simple way,
-
because, even when it’s Plasma
it’s soft, it’s not hard.
-
The hardness of the Plasma,
as we see it like in this one,
-
this is to be the egg, without the shell,
which is bouncy.
-
And to be hard, this is the same egg,
another one from the same chicken,
-
because we keep
our own chickens in the house,
-
we know all our eggs
where they come from.
-
So, if it becomes hard
when it’s in,
-
in the soft position in respect
to the others, becomes bouncy and soft.
-
But, when it becomes to us detectable
that we can hold it,
-
then it becomes the egg with the shell,
but inside it’s still the same.
-
So, a source,
-
time of travel
-
till...
-
when it.., we can detect it,
-
It's, on the other hand, for the children
the easiest way is, very simple.
-
There is a school,
-
the source, the place is home,
that’s the centre,
-
and then it takes you,
-
you get in the car and you travel
for five minutes, ten minutes
-
to get to the school.
-
That’s the transition time,
when you are in transit,
-
and then, when you get to school, that’s
the school, that’s where you appear.
-
That’s where everybody, friends are,
and this is the same principle.
-
So, the cornerstone of creation
is a Plasma and not magnetic fields.
-
Magnetic fields come out of Plasmas
and join other Plasmas.
-
So, this should clear, make it
very easy for children to understand.
-
As I said, Plasma is a twisted,
very much like this.
-
You have... waves, magnetic fields,
-
and then, this is the centre of the field,
-
if I can show it in
the background of white.
-
This is the centre of the field,
-
you can see it.
-
And, then, as the field opens up,
-
then it manifests somewhere, it ends.
-
That end is when the matter
becomes, appears,
-
so that’s how, actually,
it looks inside the Plasma.
-
Millions and millions of fields
start from the centre.
-
The centre is very much like this,
as you see it.
-
And, these fields as they open up,
-
at one point, they become the point of,
where we can detect them.
-
The centre is home,
-
going around, travelling, is the time
we are in the car to get to school,
-
and at the point, the ends,
is the point where it'll become matter,
-
that's, that’s the school.
-
So, but in this case, the fields travel
in all sorts of directions,
-
and they are not glued together,
they are free and they move,
-
and if they attract each other,
-
in the next program we’ll talk,
become gravity,
-
and they repel each other, we call
magnetical field or the atmosphere,
-
which is for the next session.
-
Is that much more clearer,
or shall we try to find another way?
-
(LR) Yes, it was clearer.
-
(MK) It’s clearer.
-
Thank you very much. Is the..
-
(LR) So, my son draws a...
(MK) Now there's... Yes?
-
(LR) He understood a little bit,
what exactly is Plasma
-
...idea what it is...
-
Hum, hum...
-
(MK) And?
-
(LR) ...It is, of course,
something that you...
-
The children cannot really touch it,
get in touch with it,
-
So, ...yeah,
it is something to play with... fields..
-
(MK) If you can find them ring magnets,
-
don’t find them flat magnets.
-
This is what we call ring magnets.
-
Yeah ?
-
Where, in the centre is again
where the fields are,
-
and I’ll put it down, and then
stand it upright on its sides.
-
Then, this is more or less
the same shape of a Plasma.
-
And, then they understand
the magnet is,
-
you can switch it, it turns
very much like this.
-
So, you very easily get him to
understand what the Plasma is.
-
The problem, that’s why I said,
we started the whole process,
-
was not to show the field,
the magnets are like this,
-
these are magnets, you can see,
you can play with it, and it moves
-
or jumps and it catches up.
-
But, in the Universe
we don’t see flat magnets.
-
Everything is a Plasma,
-
and I think for the parents who try to
teach children from the beginning,
-
the new understanding in...
-
...in the creation,
-
...is to get them the real, from
the beginning introduce them to reality,
-
not something that then
they have to add up.
-
It’s a.. It’s a ring magnet.
-
If you need them, if you can’t get them,
we can always, send a link to us,
-
and we tell you where you can get it,
-
because, when you are in that shape
you can see it.
-
The magnet in my hand is about
20 cm away, you can see it.
-
I move it and it moves.
-
So, it's, in this shape it doesn't move,
when it’s flat, it just jumps.
-
But, when it’s loose,
-
when it’s in a spherical shape,
-
it turns, you see,
I just move a little bit.
-
Then, you can see, this is nearly
ten cm, seven cm maybe.
-
So, it’s good to teach children the fact
and the reality about spherical shapes,
-
which is the Plasma,
-
and it cannot be done with flat magnets,
it cannot be done
-
with, with what I call
very much circular magnets, like this,
-
because then
they don’t understand it.
-
If you can find ring magnets
and give them slight ring magnets
-
and let them play.
-
And, then, as long as they understand,
-
it is very much,
this is exactly the same as this.
-
The egg and the magnet next
to each other are exactly the same.
-
In the centre of the egg
is the yolk, the source.
-
In the centre of this ring is the centre
of the magnetic field,
-
and when it travels
from this centre to here,
-
is the time which the field
transfers and transits,
-
and when it is in a matter-state,
it appears as the ring.
-
So, it’s the same process as the egg.
-
In the centre you have the yolk.
-
There is a gap between the yolk
and where it comes to you as an egg.
-
This is transition, and when
it’s solid it’s the matter-state.
-
Because, in the ring you cannot explain,
-
a flat magnet like this,
you cannot explain it.
-
And, if the children understand
this from the beginning,
-
that inside what it is,
-
then you find out the teaching
and understanding,
-
for the generation which is going
to be, what I call the "Space Generation".
-
Then, they think, they live
the way the Universe works.
-
And, as we see with the adults
-
who’ve been brought up
with the ethos of a magnet to be flat,
-
as most of our professors and
the doctors and the University graduates.
-
Now, we have a problem
to teach them;
-
"Actually, the Plasma is this shape,
it behaves this way"
-
And, we see a lot of resistance
from the educated people,
-
because now they have believed
and they have lived,
-
with a false information,
which they have to defend.
-
Otherwise, they question their own
integrity of their own knowledge.
-
And, this is one of the problems
we see with a lot of,
-
a lot of Plasma physicists,
top physicists at the moment
-
and in magnetic field,
have a problem to accept
-
the reality that the whole thing as
a ball, a sphere, this is how it exists.
-
And the ones who grasp it, especially
at a young age,
-
then you find out
teaching becomes very easy,
-
and then it’s so logical that they can
teach their own teachers in a simple way.
-
As a professor said in a lecture
I gave in the University,
-
when the students were present, he said:
-
"I cannot tell you a lie,
-
you heard the whole thing like me.
I just learned from the beginning myself"
-
and he's a professor in physics.
-
So, this is the reason
I didn’t introduce any flat magnets or,
-
to show magnetic fields,
-
and we start from
the beginning with Plasma
-
which is the origin
of the essence of the creation.
-
Then, the first few minutes is very hard,
-
because they are used
to the magnets in this shape,
-
and then they understand,
all they need to know is to stand it up
-
and then rotate it.
-
Then, you see the real Plasma,
-
because for a magnet
to stick to the fridge
-
the fields have to come out
and some fields have to go in,
-
and then, but it’s dynamic.
-
So, in fact, the field of this matter
is about this shape.
-
And, in, in so many ways,
-
if I take the centre out,
-
this is like a love sign, it’s a heart,
but the centre sits in the middle,
-
and then they radiate and it comes
to the end, and you can see it.
-
So, the whole purpose of the teachings
with the Keshe Foundation,
-
starting from last week, has been,
for seven months
-
we’ve been talking and trying
to teach people around the world
-
about the Plasma
-
and they cannot understand it,
-
because the teaching has been
on the basis of a flat magnet.
-
Now, trying to get them to think,
a magnet to be spherical in shape,
-
It's been a battle for us for seven months,
-
so we decided we teach the children
from the beginning.
-
In the future, when they want
to play with the flat magnets,
-
there is no problem,
because we, as I said,
-
we never see a, what do you call it,
-
a flat star, we never see a flat planet.
-
So this, because man had to use matter
to make it the shape they need
-
and it’s always been rectangular
or it’s been a horse shoe,
-
this has been half of the problem
in trying to transfer man
-
from the space technology
into a spaceship technology.
-
So, the good thing is that now
we can show them,
-
maybe next time we bring the reactors
which make a spherical magnetic field
-
and children will fly with this
than most of the parents,
-
because to them it’s a new,
straightforward understandable knowledge,
-
but keep him away
from magnets on the wall
-
and buy him a spherical magnet,
a ring magnet.
-
And, then you’ll understand they fly,
-
because, you see, their body cannot do
with a flat magnet that way.
-
It's, if you look, as I made the rings,
-
you can play different games
with the reality than imagination,
-
because if I put this here, you see it.
-
This is a magnet, spherical,
which has been made to rotate.
-
If I put this here,
which is exact behavior
-
of a flat magnet,
-
here, you won’t see any difference,
so it’s not reality,
-
it’s the same magnet,
it’s the same distance,
-
because then the child gets confused.
-
But, I just put this away and put a real
term magnet, which is near to this,
-
you see what happens.
-
You see the change.
-
So, the fields affect each other;
rotation, motion, the speed of rotation.
-
So, instead of starting in the wrong foot
with the children with the magnets,
-
we talk about the Plasma,
-
because a child is
very hard to understand
-
how come it moves this way
and it doesn’t move that way.
-
You look, it doesn’t happen.
-
So, this is a false physics.
-
Now, you change again.
-
You put a magnet which is like a light.
Look!
-
It moves, it behaves, it responds.
-
That’s why how the stars
and planets respond.
-
And, this is why we’ve started the
teaching from the Plasma point of view,
-
not from how man has been.
-
I always say;
-
"Flat magnets are matter-state,
and that’s the state of man".
-
"In the Universe, everything is dynamic,
and to be dynamic, you see the behavior".
-
Very simple.
-
These are called "Rattle Magnets".
-
You can buy them as a pair, because
you find out like everything else,
-
they move,
you can see the interaction.
-
You cannot do this with other magnets.
-
A Plasma moves.
-
If you can make more and more of them,
-
and then, the beauty of it is,
why they are called rattle magnets,
-
magnetic fields don’t make sounds
-
but when they interact,
-
they make noise, they make a magnetic
noise or Plasmatic magnetic noise,
-
but they create light, so you can show
that light in the noise of the rattle.
-
They.. they rattle.
-
So, this is the behavior of a Plasma,
-
and this is a false physics
which we have accepted,
-
and this is how the reality
in physics exist.
-
So, you can always play with a magnet,
-
but if you want to understand
how the Universe works,
-
and our generation, from what
we do and we see, the next generation,
-
which are the teenagers
and the youngsters
-
have to learn from the beginning
the correct way,
-
and then, so we don’t have
to teach them twice,
-
the false way, and then when they
learned it, it’s very hard for them.
-
So, it’s easier to make Plasma physicists
-
at the age of eight, than eighty
or eighteen,
-
and this is what we try to do.
-
Try to introduce children to reality,
-
not just the short cut out,
and that’s where it comes.
-
In the Universe, a Plasma is a source
which comes out.
-
If you look at it this way,
from the top, it’s flat,
-
but if you look at the totality of it,
-
it’s a spherical shape which is elongated
and becomes what we call a Plasma.
-
So, please, if you’re parents
-
and you try to bring your children up
into the spaceship program,
-
and trying to teach them the reality
or fact about how life is created,
-
to me as a scientist
who works at this level,
-
when you teach your children
this magnet,
-
it’s not very far from the time
when the man said the Earth was flat
-
and the centre of the Universe.
-
The magnet, this is what
we have to walk away from.
-
Now that we see and understand Plasma,
-
is to show the children
the reality of what it is.
-
You see, the two magnets
are next to each other.
-
From the flat one you get no reaction
by moving the other one,
-
unless it gets attracted
and it gets stuck,
-
it doesn’t rotate just because
you move another magnet.
-
So, this is what happens.
-
A Plasma reacts to another Plasma
because it’s dynamic.
-
Here it’s flat.
-
This is exactly what we said.
-
These kind of magnets,
when you start teaching physics
-
about the creation,
about the Space Technology,
-
creates a lot of dilemmas
for the children in the future.
-
So, it’s better to start
from the beginning
-
with the near enough
realities they can see,
-
and then you’ll find out they become
geniuses in the Space
-
without us doing much work.
-
Any questions?
-
These are called rattle magnets,
you can buy them.
-
These are called ring magnets.
-
And, these are called flat magnets.
-
And, they all behave totally different.
-
Any questions?
-
Yeah, that’s it. We are about there…
-
Yes, sorry about that.
-
We will carry on with this kind
of teaching
-
from now on even in the adult section
or the Thursday times,
-
because this is, this is what we realized,
a lot of parents don’t understand.
-
We have started this teaching
this week in the lab here
-
and then we carry on now to our teaching
with the children.
-
(KD) ...No, actually, it clarifies
for the beginning,
-
as if I were a kid,
a lot of things to me.
-
...Maybe there is some time for,
-
next time, for a...
-
I have a couple of questions which as...
-
You know, at that time when I was a kid,
-
...because, I learned from you, Mr Keshe.
-
You know, from your books,
that there is no
-
or was no such thing, as a "Big Bang",
-
So, maybe we could go into,
you know, into detail next time
-
Why? Because you always talk about the source
and about this Universe,
-
and now I’ve learned that there is not only
one Universe but more than one Universe.
-
So, …
-
(MK) Yeah.
-
(KD) That would be a great thing
if we could go into detail.
-
Because, this is a question that always
has been fascinating me as a kid.
-
What's the real source
if everything is Plasma,
-
what is the real source of
all Universes then?
-
(MK) We’ll talk about it next time.
-
(KD) Thank you.
-
(MK) Thank you very much.
-
Is there any questions from the bigger
children or the smaller children?
-
(LR) No. No for our part, thank you.
-
(RU) Thank you for the teaching to us,
-
really, very interesting
for all of us, I think.
-
(MK) Thank you very much.
-
I hope we get more children,
adult children, to listen too.
-
And, maybe this even makes
it easier for us for adult sessions.
-
(LR) Right.
-
(MK) Thank you very much indeed,
thank you for your time.
-
(LR) Thank you.
-
(KD) Thank you, Mr Keshe,
and to all the others, thank you.
-
(MK)Thank you, bye bye, bye bye.
-
Laurence (L), thank you.
-
(MK) Thank you very much indeed. Goodbye
and have all the best, with the new life.
-
Bye bye, bye, bye.
KF SSI Education
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