All language subtitles for mg-18ordibehesht

In the name of God, the Most Gracious, the Most Merciful, the Most Merciful.

May God bless you all.

May God bless you all.

May God bless you all.

May God bless you all.

May God bless you all.

May God bless you all.

Our Father.

Who appeared to me today with full of pride and joy.

Who appeared to me today with full of pride and joy.

Who appeared to me today with full of pride and joy.

The subject of today's lecture is the subject of the old people.

The second subject is a very good one, which is completely about the characteristics of the old people.

How much selection, how much

variety, how much design, how much

visibility?

and especially the construction of the buildings and the construction of the buildings

and the construction of the city of Kabrish.

This is a topic that we will talk about in the session of the first part of this month.

Let's see, if we look at the history of the city of Kabrish,

the history of Kabrish is very old.

It dates back to the 4th century.

The most important document that the people use for the purposes of the city of Kabrish

is this one.

This is the Kabrish Monastery in the city of Kabrish.

This is the Kabrish Monastery.

This is the Kabrish Museum in the city of Kabrish.

This is the Kabrish Museum in the city of Kabrish.

It was built from a piece of wood,

nothing was painted on it.

It had no shape.

It had no shape.

But when the light of the light came from the sky,

it was painted on the walls of the building.

It was painted on the walls of the building.

What is the reason for this?

The thing that we know from the sources is that

its color is no longer related to the color of our eyes.

Instead, the color of our eyes is different.

The light of the light coming from the sky is different from the light of the light coming from the sky.

You cannot tell by only looking at the Wangon of the GTD.

So why do they use different colors?

So why do they use different colors?

Why is why different colors?

Why is it related to собor motor?

Why is it related to color motor?

And why is it related to Z겠죠?

Of course, I didn't see this first.

The ancients didn't know the importance and finish original.

But everyone knows it from the beginning.

But everyone knows it from the beginning.

But everyone knows it from the beginning.

The reason for this is that if we take a closer look at this philistine cup, inside it, there are very small pieces, or very small particles, that have been removed from the cup.

And these particles, or particles of these particles, are the light that is supposed to be in the different dimensions of the cup.

So this cup is completely deprived of its own personal characteristics.

It is deprived of what is left of these particles inside this cup.

So you see, the history itself, the material itself, is very interesting.

But the material of this cup, the early years of this cup, the early years of the year 2000, or the beginning of the second half of the year, has not been taken into account.

But the actual material is very interesting.

You see, the years of the first half of the year have been taken into account.

And the work has been done with great care.

Although the ancient engineers also used this cup a lot, for their optical purposes.

You see, those are also very old, but they didn't know what they were dealing with.

You see, the years of the first half of the year have been taken into account.

Now we are going to talk about the meaning of the word Nawaad

The meaning of the word Nawaad is the meaning of the word Nawaad

The meaning of the word Nawaad is one of the strange characteristics of the word Nawaad

Because it is very different from what is known as the natural Nawaad

Or to put it another way, the natural characteristics of the word Nawaad

This is because the word Nawaad is different

It is different from the natural characteristics of the word Nawaad

This is why we say it is different from the material Nawaad

This is why we say it is different from the material Nawaad

Because we are going to answer the scientific questions

The first time was in 1968

Mr. Velazco

The material with the meaning of the word Nawaad

The meaning of the word Nawaad

When the word Nawaad was first introduced to us

It was very unique

From a technical point of view

Mr. Velazco's usage of the expression, as a form of Kollegian

Mr. Velazco's usage of the word Nawaad

Was more deliberately adopted

It was a move ...

... for várias communities

For the first time, we can describe this material as an optical and magnetic property in the form of an optical and magnetic material in the form of a magnet.

I am saying so, because the result is gatherable.

But it is only the idea, not the proverb.

In this way, Berlusconi showed that the Maxwell's equations show an possibility of moveability with ionization andothe

The possible existence of matter in the form of an optical and magnetic property accident.

therefore the Cypepr hacen viz.

this animation is being performed with galaxy regression

This animation was taken in the set brought on the Earth.

This was the starting point of the use of the law of interdependence.

Until after the year 2000, this principle was almost established.

Mr. Velazco once said that the high frequency and the high frequency of the waves of electricity are the same as a material environment.

An environment that we call, those that are negative, we call it a circular environment.

There was also an opposition movement.

The high frequency and the high frequency of electricity in the world were opposite.

Or, to put it another way, in this context or this context, we have been distorted.

What is the difference between the high frequency and the high frequency of electricity?

The difference between the high frequency and the high frequency of electricity is what?

Is it true?

Yes, it is true.

What about the closed face?

The closed face of the body, the closed seat.

The closed face means the consumption of energy.

But the open face means no more consumption of energy.

This is one point of disappointment.

We are the kind of people who are open in one way or another.

But if these two points are separate in one way or another,

the energy will be in one way or another.

The question is whether it is in one way or another.

It is a strange thing in my opinion.

This is my view of the closed face.

But what is the reason for it?

It depends on the time.

According to the teachings of the first millennium,

Mr. Pendri,

for one year,

he proposed to build a Chinese building.

And in the year 2000,

Mr. Smith

built this model.

It is a matter of truth,

which at the same time,

has passed through a negative energy,

which is negative energy,

which is negative energy.

And in our understanding,

our brothers,

in the same way,

are not the same.

Therefore,

we see that the point of enlightenment,

which the appointment of the Al-Mu'alim

has taken place somewhere,

is very different from the previous one.

It is much more clear.

That is why,

it is a very, very good knowledge.

And the teacher's attitude is very good.

The teacher is very good.

And the teacher is very good.

But another material, if we want to know what it is, is a material that has been made, it is a material that is handcrafted.

It shows some characteristics that the material is made of.

These characteristics are organizational or in the form or in the letztest force of ever-building units in a material.

You may ask me how is it made?

필 شばいبره

Ir m

For the sake of the privacy of this unit, let's talk about the privacy of the other units

Let's talk about the privacy of the other units

In addition, the elements that make up the subject matter

And what are they?

The shape and shape of the elements that make up the subject matter

Not the kind of subject matter that was created

Therefore, the subject matter is not related to the subject matter

The privacy of the subject matter is not related to the subject matter

In fact, a subject matter has a very small scale

And it is completely incompatible with it

Do you understand?

The structure of this unit itself, which is created by mathematics

Is incompatible with it

It is very incompatible with it

It is very incompatible with it

Do you understand?

It is completely incompatible with it

The shape of this unit itself is very incompatible with it

This part is here, this part is here, and this part is here

And this part is here

It is very incompatible with it

In the sense of the structural elements related to the subject matter

So these elements are in relation to the length of the subject matter

So the length of the subject matter is very incompatible with it

This is the point

So the dimensions of the single structure of the material

Which is the atom of the material

Do you understand?

In relation to the length of the light that it emits

It is very incompatible with it

This is the next point

In relation to the length of the light which is created by the elements

It is not incompatible with it

But the light is not entirely incompatible with it

It is very incompatible with it

Because a single unit can contain many of these elements

And therefore it is not aware of these elements

It is not aware of the components in these elements

It is not aware of these elements

So, the light of the Creator sees it in the form of the soul and, in order to respond to the electromagnetic waves, we have to compare the parameters of the soul materials with each other.

So, you see, the laws of the three worlds are different from each other.

But the answer to the problem of the three worlds is explained in the form of the material parameters of each other.

As I said, the soul does not see this inequality.

Why? Because the laws of the three worlds are different from each other.

The laws of the three worlds are very different.

So, there are combinations that are created in the form of particles.

With the addition of a similar structure, they are created without a solid material.

They have two parts, one part is glass and the other part is electric.

Their properties are different from each other.

They are not different from each other.

This is the general definition of the law of the three worlds.

Well, here I would like to explain the material of the three worlds.

Let's talk about the material of the three worlds.

Each material is a part of the structure of the three worlds.

You see, the structure of the three worlds is completely integrated.

Finally, the creatures are intermingled so that you can see it again.

Unless everything can be confused like the air, water, as in pictures.

There is no connection between the Protestants and the Jews at all,

therefore nothing can be whose fraternity.

And to explain what this printer means,

first off you can say that a transmitter is a single sphere.

If you compare it with the length of the curve of the ellipse,

you will see that the length of the curve is shown here in the form of an ellipse.

The length of the curve is compared to the dimension of the building wall,

or the distance between the two building walls is very, very large.

This is the length of the curve of the ellipse, and this is the dimension of the ellipse.

As we said, these buildings always have a very deep dimension,

while they themselves are very deep.

That is, when we sit at the top of the ellipse,

we see the dimension of the ellipse in the form of a line,

and it does not consist of a single line.

As you can see, the dimension of the ellipse is very small.

It has a large number of dimensions.

The dimensions of the ellipse are in the form of a circle.

They cover it.

However, there is no light in front of it.

So, in general, we can say that the metamaterials are the first model of the universe.

The metamaterials and the monomaniacs, the dimensions and the dimensions,

where did we find them?

In the universe.

They are so small in theize of our biennial.

They are so small.

And the dimension of the nearest to size is also very, very small,

in theize of our biennial.

It is a kind of short description of theallsmetamaterials.

But the question that appears is...

We want to find out the optical properties of this material.

What do we do?

We can use an electron-magnetized material.

What do we do with this material with the components in the material?

We will find out.

Well, what does this material have to do with theLEYMEK shown here and there?

I have a petlove of electromagnetic.

I have a module of magnetic fieldly.

A particle has no greater electrical properties than magnetic field.

The beams of light

are driven by the mêmectehere of electrical

At least another part of the electrical part

I will show you about another part of the electrical part.

The other side is the magnetic field.

Ellcaster part

And as a result of this interaction, we observe epsilon and mu in the meter.

So epsilon and mu are the reflectors of the electric and magnetic properties of matter.

Well, let's see how the electric and magnetic properties of matter are shown here.

They interact with each other.

And they also interact with each other in different directions.

So in this case, one of the two particles is electrically formed.

Or it has a load.

It makes no difference.

Or it is formed from the two particles of magnetic field.

The electrons around it rotate.

This is the same as the two particles of magnetic field.

This is the second particle of magnetic field.

It has a load.

So the electric field is still retaining material of a color in aaps.

This is the second particle.

This regarding either an atom in this state or a nonatomic atom in this state.

Let's change nerves.

Can amputation be done with shocked reduction of the contractor?

I am going to show it again.

In the space ofPMC, the first model to solve the problem of electrical energy

substance models was bacterium Vietnam.

And in some special cases, this ratio is lost.

So, what is the question?

In order to find the frequency based on the Lorentz model, we have to find the electron movement in the form of a sine wave.

Therefore, the electron movement ratio is impossible.

So, what is the question?

The electron has a sine wave, and the sine wave has a sine wave.

The sine wave has a sine wave, and the sine wave has a sine wave.

The electron has a temperature difference, and it has a force energy, and this force has a force force.

Therefore, the temperature of the electron has a specific time period according to which the molecule returned to here.

Now we will go through the motor again.

But, why is the electron Gracie?

Apparently, the electron has a lot ofSAY power.

So we must think about the particle temperature of addition to the rhythm of a sine wave.

We must think about the particle under the elemento激اع.

That is to say, between the electron and minus二-3.

That is to say, onlyضا cóany analog.

But if they are on the same side, we give them this line, and if they are on the same side, the population is below the level, and if they are on the opposite side, we give them the same line.

Therefore people from the OECD, and we are on the exact side and if they are on the opposite side, usually we give them this line.

The system of decision labels is written with our right to throw things aside.

What is your result?

Killing the

Hold!

if I ask the addict to stay away from the place

or sjade lend the private the money

to pay the debt

in this case, we solve the problem

The answer to the question is in the book of Genesis, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in

the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes,

in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes, in the book of Ecclesiastes,

And I would like to say that the relationship between the electric and the material is very important.

If the material is positive, we will reach the point where if the material is negative, we will reach the point where if the material is negative, we will reach the point where

if the material is positive, we will get it back back.

EVER deals with what we bent about to do.

But, if there is no match, or explanation

then we do not have attraction for it.

But, in that relationship, we have seen,

what did not exist in the past

A Eyeshal,

The Eyeshal

Has done

The quantum of plasma is also called plasma.

The quantum of plasma is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

This is also called plasma.

The lavender censure has become more fragrant,

already in English diesenKen Facebook page,

It is an electrical power plant, it is an optical power plant, it is an electric power plant, it is an optical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant

it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical power plant, it is an electrical

Why is it so cruel and why is it so cruel?

Because the soil is darker

Why is the soil, for example, less resistant?

So this tells us that in the case of a fire or a fire model that we only consider the efficiency of electrons, we are not able to answer the question of why the soil is yellow and why the soil is darker.

Thank you for your attention.

The question is, what happens if, for example, a green and blue cloud falls?

If you consider the color of the earth as yellow, green and blue,

Why, when the blue cloud falls, does the green cloud fall?

Why, when the green cloud falls, does the green cloud fall?

Why, when the green cloud falls, does the green cloud fall?

Why, when the green cloud falls, does the green cloud fall?

Why do these colors not seem to be the same?

Where does the yellow cloud go?

What happened?

What did we do?

And why don't they go away?

And why don't they go away?

Can we find out why?

Can we find out why?

Can you feel it?

I think they say that they absorb the golden light.

No, they don't absorb the golden light.

If they don't absorb it, they don't know it.

They don't see the golden light.

But if they see the golden light,

why do I see black and white stars?

All the stars are reflected.

Why do I see these colors?

Because all the colors that are absorbed

are reflected in my eyes.

They are reflected in my eyes.

Where does it absorb?

What does it absorb?

What happens?

Maybe based on the point of view of people,

they think that when the light comes,

it goes from one plane to another plane,

and a black and white star appears.

Why?

Why should it be a black and white star,

and a black and white star?

Why?

Why is it an measuring object?

Because they see theättk

This error occurs in our concept.

In the old model of elecron queues,

what did we observe?

What we never saw.

What effect do they have?

In this model, in this part, when we take this to the hand, this epsilon is also in the form of a triangle and we take it to the hand, this is only the subject of the free corner.

And this does not say to me why, if its form is the form of omega, this does not say to me why it should be a triangle, it should be a piece of clay, a piece of clay.

Well, so this tells us that we have to take the long model to the hand.

Why?

Because in this model, only free electrons are connected.

But these free electrons are not all material electrons.

Some electrons are complex.

What do those complex electrons do?

Where do they go?

What kind of response do they have to each other?

When we talk about these electrons, we are talking about complex electrons.

Bonds.

Electrons.

These complex electrons define the properties of the mother in the very high frequencies.

They are the ones that are equal to each other.

They have to be equal.

They have to be equal.

Or each one of them has to have a special color.

This one has to have a special color.

So we don't take these complex electrons into consideration.

Any electrons that are very different from the other ones in the case of have complex electrons.

This uzillite manufacturing, however, makes out that all the electrons belong to a magic ring,

but why is the also so?

It is only 1.

Then why is the are't all these electrons component.

This is the central solution, after all.

When light is given to the mortal fish with this frequency, we have interdependent changes

These are interdependent changes that cause all colors to be attracted, except the color of the mother herself

In order to attract the prick against the natural colors

and draw from a pair to another because of the green color

and the new fine ça final is followed

So if we want to understand the optical or electrical response of an object, we must consider free electrons and other layers of electrons.

Or we must consider the plasma movement of electrons.

Or we must consider the interplay of electrons, which we have already discussed.

Well, the answer to the interplay of electrons is in the electromagnetic field.

This field is the electromagnetic field of electrons.

In this field, omega is the value of the light of the sun.

Omega is the value of the light of the sun.

Omega 1 and omega 3 are special omegas.

Gamma is also the value of the magnetic field of the electromagnetic field of electrons.

Well, if we consider this field,

and we also considered the previous part,

now the electron table is a table made of paper.

Now the electron table has a part of the light, and another part of the light, which is the polarity.

This is the interplay, and this is the free electron field.

So this is the free electron field, and this is the field of electric electrons.

This is the free electron field.

Now we know that the quantum energy statements and quantum energy statements are different environments where the producers of oxygen in here are equal in number.

In fact, we all live in the atmosphere and in the living room, and on the surface of our cells there is no space, and all of these Scenic forces are not present in the system at all.

So the answer is that the items that are to be replaced in the hyperparametric model,

according to 지금,

don't exist.

Green is the part of the mother. What does the part of the mother belong to?

It belongs to the mother's womb.

Let's go back to the past.

This is the part of the mother's womb.

To separate the part of the mother's womb from the mother's womb,

what do we do?

We separate the part of the mother's womb from the mother's womb.

Then we will see the part of the mother's womb,

if the number of the mother's womb is zero,

then the part of the mother's womb is zero.

What does the part of the mother's womb mean?

Zero means nothing.

The part of the mother's womb is non-electric,

which means it is energy exchange.

Now,

look at this.

Look at this.

The light of the sea is coming.

From this part of the mother's womb,

from here to here,

there is a difference.

What is this?

This is the part of the mother's womb.

What is this part of the mother's womb?

The difference is the size of the brain.

When we speak,

we see the color of water and the color of the sea.

We see the color of the green.

We see the color of the blue.

And we see only the color of the yellow.

The size of it is very important.

We have received this part of the mother's womb,

until now.

But in the process,

you will see that the part of the mother's womb is non-electric.

What is this non-electric part?

How can the physical sense be explained?

Let's say one way

The way I색o perceive it is that it has another promotion

One way, or the climate of polarization isopen

which isn't the uh,

That in the physical world

what kind of,

that is not the uh

however during but

we can easily explain this part of the problem.

So, first of all, we see here that

bright electrons

bright electrons

are very much in the hands of the laws of the universe.

We will definitely connect with it.

If we do not take them into account,

we will not be able to explain the color of matter.

And we will not be able to understand it.

So, this means that

the use of light and green colors

in this electronic field

known as the magnetic field

can produce a yellow color.

In light and yellow colors,

we will not be able to understand it.

So, this is a very important point

when you want to

find out the answer

to the question of electricity

in the description of the material,

you have to find out all the electrons.

Which electrons are free

and which electrons are not.

Otherwise, you will not know.

Part of the electrical system,

especially the mother, is in the hands of the electron.

This is a very important point.

You have to understand it.

Well,

I have already said that

an electron that is in the hands of an electron

is very much in the hands of itself.

The relationship between it and itself

and the knowledge of it

is very important.

So, first, the sensitivity

comes from the relationship,

and after the sensitivity,

the level of the electron

decreases.

In short, the level of the electron

is a little different from the level of the electron.

It has a partial part

and a partial part.

The partial part

is the indicator of the properties

that we see here.

It is a partial part.

Here, in some cases,

it is negative.

And this red part

is also a partial part

that shows the energy exchange

or the absorption of energy

from the particles of the electron.

So, it is a representative

of the frequency.

Well,

we see that

in this frequency range,

there is a negative

and a positive

relationship.

When we say

negative,

we mean

the right.

And we can also

say negative

if we want to say

magnetic field.

Well,

the magnetic field

that relates to

m and s

and if we

compare them

to each other,

we see that

here, in that range,

there is a negative

and a positive

relationship.

So,

we can say

negative

and negative

relationship.

So,

we can say

negative

and negative

relationship.

So,

we can say negative

and positive

relationship.

So,

we can say negative

and positive

relationship.

And this

is the

negative

relationship.

We can also

say negative

relationship.

This molecule is called mu, and the horizontal molecule is also called epsilon.

This molecule is called epsilon, and the horizontal molecule is called mu.

In this region, the mu of epsilon is negative, but mu of mu is positive.

Therefore, the existence of mu is different from the existence of mu itself.

It is like a plasma material.

Therefore, it is called electrically, electrically negative, electrically negative material.

Electrically negative, like this.

Or, in section 4, sorry, in section 3, both of them are negative.

Both of them are negative materials.

And we are more than half of this material.

We can see that the materials of this material, such as magnesium, are more than half of this material.

Or, we can see that in section 4, like this, epsilon is more than half of this material.

Magnesium is a negative material.

In addition, here are the Rapeata materials,

So, in this division of electric and magnetic factors,

In terms of the symbol of electricity,

I can see the sign of EPSILON

As I said, I was positive, I was positive, I was positive

Is EPSILON a negative material or is it this negative material?

Like Philezadi, like Nebuchadnezzar, in some aspects of the material light, or the light of the mother, some of them show this behavior

Or is it a negative positive state?

Or is it a negative magnetic state?

Which has been repeated twice in this world

For some

And for some other

And for some other

Well, it is a negative material, which is called magnetic or magnetic, and it is a negative material

So, it is a material, in general, in terms of what it shows

But the point of being negative is to be defeated

You know, with the speciality of the universe

And with the electronic COBRA

The mechanisms that you know

What do you know?

EPSILON

MEO

EPSILON

Making Powers

And

DYNAPHORIDES

Because we're not speaking about Dyn wyglas

And we don't go anywhere

Right?

DYNAPHORIDES, of course

We are not training EPSILON

But if we look at the defective factor, the defective factor is a defective factor.

It is the muon which is the factor of epsilon-r.

If we can separate muon and epsilon-r in the same way,

we can see that the defective factor is a negative factor.

Well, this defective factor is a defective factor for the non-defective factors.

But why do we know that it is defective?

But some people are right.

For example, in the case of metamaterials,

the defective factor is a defective factor for the non-defective factors.

Look, for this defective factor, we have this, this, and this.

This is called the defective factor.

The defective factor is the muon which is the defective factor.

But what do we know about this defective factor?

We know that there is not a defective factor

in the non-defective factors of the defective factor.

It is the non-defective factor.

There are some non-defective factors.

There is a defective factor in the non-defective factors.

And if I consider it in terms of homogeneity, or homogeneity, I will not be satisfied with it.

And if I get hold of its core, it will be a serious pain in the ass.

What does the core do?

There was an ancient Arabic law.

What was the name of the law?

Ampere.

It was a law that defined the principle,

and explained the flow of space and time,

and it was written in the book of Marksville.

And if I consider it in terms of homogeneity,

it will be a serious pain in the ass.

For a period of time.

For a period of time.

And if I consider it in terms of homogeneity,

it will be a serious pain in the ass.

What does the core do?

It will be a serious pain in the ass.

Or if I consider it in terms of homogeneity,

it will be a serious pain in the ass.

This is the time that I will be satisfied.

This is for a serious lesson.

But if I don't feel like it,

it's only time that it will become white and the absolutism will be white.

And to understand design electrically,

diagonal is the motion of sun andashing is diagonal.

And if instead of this diagonal rule,

I strictly use the electric equation of non-electrical,

diagonal is the motion of absolute glory which is ich.

If I find out this absolute power,

then I've already served.

See if this is true or false, then the result is

the energy transfer is in the opposite direction

i.e. the 2nd phase and the 3rd phase are in opposite directions

because they are in opposite directions

so these materials are horizontal and these materials are vertical

this relationship between the electric and magnetic radian

and the exposure

is for the positive material

and for the negative material

one of the properties of the magnetic radian

is the failure of the material

the failure of the material in the positive material

in the positive material

is positive

the energy transfer is a positive material

these are products that both creepy people know

as both boring people

well

for us to understand

this is 3D

We will find defeat. When we are in a situation of less defeat, we will find defeat.

When we find defeat, we will be in a state of light.

But for the matter of flatness, but for the matter of flatness, we will give negative material.

We will become bad.

When we write the definition of defeat, we will find a word.

This is the reason for its existence, and this is the reason for its failure.

Its origin is in the internal direction.

Exactly.

But we will write the definition of defeat here.

See?

This is for the material.

You know the material.

See the definition of a material?

See here.

This is it.

This is the material.

Here is the defeat.

It is a form of defeat.

But for the matter of flatness, it is the defeat.

This is the reason for the rise of emotions and the rise of energy.

In contrast to the sky, this is the low-grade sky.

So in the middle of this balance of the physical,

there is an equilibrium between the two.

Mr. Velasco said that the raw materials are the law of Marxism, the law of Marxism-Leninism.

This is the point I can draw from.

Or you can see the effect of the double effect.

This is a common phenomenon.

There is a detector, there is an eye, the eye is close to the object,

the eye is very close to the object,

the eye has a GPS, it is in both places of your opposition.

It has been shown.

Therefore, the frequency generated by this detector

is greater than the frequency generated by the medium of the eye.

But in the case of the failure of the eye, it is the opposite.

It seems that the eye is going to the eye,

the eye is going forward, the eye is going to the eye.

The direction of the eye and the energy flow are also opposite.

And this means that the frequency generated by this detector

is greater than the frequency generated by the medium of the eye.

But in the case of the failure of the eye, it is the opposite.

Therefore, the meaning that the eye is in a negative state

or the eye is in a negative state,

we see that there is a special frequency in the eye that

the medium of the eye is in a negative state.

This is a small difference that we can make.

Well, now let's see the three mediums of the eye.

Or they are the electromagnetic field,

the idea of the elements,

which means, the positive and the negative,

and we can figure out whether the positive and the negative

are the inputs, or the outputs.

In the opening Duke ofḥ of speech,

there are many messages from the branches of the brain,

and the one which defines the sound harp,

according to scientific system,

is the following photograph of the sound harp,

of the distance and the level of the force of the energy of the energy is very high.

So we have three types of metamaterials.

They are either geomagnetic, or sound, or magnetic.

We are more focused on the topic of electromagnetic.

Well, the metamaterials structures of the microwave,

which as I said, are divided into several parts,

or the negative signal, the index of the material,

this is the symbol of the index, the symbol of the magnet,

or the negative signal, the index of the material,

the symbol of the magnet,

and the symbol of the magnet,

the positive of the index of the material,

and the negative of the index of the material.

In a way, we are in the hands of the perception

in terms of the sounds of the microwave.

Well, the level of the negative signal of the index of the material

in terms of the signal,

either epsilon or minimum,

one of them can be negative.

And when,

epsilon can be negative,

minimum can be positive.

And when epsilon is positive,

minimum can be negative.

The type of metamaterials that are made based on the signals,

are they very thin signals?

Or are they very soft?

Or are they three-tone signals,

like the three-tone that I just mentioned?

The servers that listen to these features,

or,

synaptic ones.

Is it Gندim?

Good question.

Now,

let's think about the six activation signals.

What do they look like?

They are,

various.

First of all,

aڦ

See,

he-

If I have a count of 10,

6,

5,

6,

1,

This is the source of the structure that can be destroyed in this way.

Or it can be negative. There are material indexes and they are everywhere.

There are no structures that can have millions of negative values.

Who can destroy them?

But the ones that can be destroyed are negative.

Or they are positive.

Or they are positive.

They are the existence of the universe.

They are all the same.

Or they are one or two of the same nature.

Or they are three of the same nature.

So, there are two structures that can be destroyed.

They are all the same.

For example, if you consider a very thin wire.

For example, consider a very different type of wire.

It is like a sticky ball next to a ball.

It is like a sticky ball, and the stick

looks like this.

What do yo mean by this?

We are talking about the small electric tones.

What do you mean by lethargy?

Let's say light and cold.

Let's say what a small thread is.

I want to show you that some structures are epsilon-influenced.

In a small amount of space, not in all the spaces.

In relation to the space of the DLF,

we need to determine the structure and the nature of the space.

Look, let's not say here that this is the core of the core,

this is the core of the core,

this is the core of the core,

this is the core of the core.

It means that we have nothing to do with the nature of the material.

We have nothing to do with the material itself.

The important thing is that we are building this structure.

As I said, the size of this structure has been greatly increased,

in relation to the length of the mode.

Because if the length of the mode is comparable to the length of the mode,

something has to happen.

What has to happen?

Interference.

Interference and interference have to happen.

Why do we use ASHA-LX in the design?

Because the length of the mode is comparable to its network parameters.

But since the length of the mode is in relation to A,

the network parameters are very, very large.

So, here, we do not know the specificity of this type of interference or interference.

Well, our interference in this environment,

why do we have an environment?

It is exactly the same as our interference in a plasma environment.

What was the plasma environment?

It was a plasma environment in which we had a lot of free electrons.

When an electric current was applied to it,

an interference, in relation to the length of the mode,

created a sedative current.

What is its command?

Plasma.

Why is it similar?

Well, we can use the long-term model,

and we can also use the long-term model here,

to determine the stability of the electric current.

This is the one-dimensional mode,

this is the two-dimensional mode,

and this is the three-dimensional mode.

Well,

for the sake of further analysis,

we will show that in plasma frequencies,

in plasma frequencies,

in some frequencies,

there is less interference than in this mode.

Well, if you remember,

the electric current, after the waves,

was one,

on the opposite side,

divided into two parts,

and when only the electric current was present,

there was no energy in the mode.

That is why,

it was capable to generate ihr z

But the energy was not present,

so it wasn't efficient,

and we can say that

for the omega line,

in order to make its omega less,

the epsilon atmosphere wasっと

ineistent to theorth reflecting the equation of

The structure we have has to be water and water-based.

That is, with the change of this parameter, we can create a negative epsilon.

Now, whatever the particle is, whether it is a molecule, a molecule, or any other particle.

If we refer to the epsilon as a structure, it is related to the structure, not to the material of the structure itself.

Because the structure says that it can not be removed.

We have already discussed this in a previous book.

I will not go into too much detail about it.

The epsilon is also related to the structure.

1 is equal to omega p to the power of 2.

Omega is equal to 2 to the power of r.

Omega is equal to p to the power of a2 to the power of 3.

Sigma is equal to p to the power of a2 to the power of 3.

And this can also be written in this way.

If I compare this with this, I can see that this is a double model.

And this is related to the structure of the material.

If we compare this with this, it is equal to the number of free electrons.

L p a2 to the power of a2.

The suitability of the free electrons is divided by e and a.

The

As you can see, the boundary of the structure is connected to the network parameter.

The temperature in the temperature of the structure is very low.

If we take the material of the structure from here, it will reach the temperature of the structure.

The material of the structure is the temperature of the upper elements.

In order to control the plasma frequency of this structure, we have an effect called NFP2.

We have an effect called NFP2.

We also have other effects.

In order to control the temperature of the structure.

If we take the material of the structure from here, it will reach the temperature of the structure.

As you can see, the plasma reactor is only connected to the thermal parameters.

To the material of the structure.

So we don't need to control the temperature of the structure here.

cardinal in flat

To the reality.

With this we can solve the problem of the plasma if we solve the problem of the di-electrical.

If we solve the problem of the di-electrical.

The main part of the problem is that if I solve it, its shape is not visible.

If we solve it, its shape is not visible.

If we look at it from this angle, the real part of the di-electrical is solved.

In this way, the problem is solved.

The pressure is 5 microns.

The pressure is 5 microns.

The pressure is 4 millimeters.

The pressure is 4 millimeters.

The parameter of the di-electrical is 40 millimeters.

The pressure is 5 millimeters.

For the wave with this frequency.

The frequency of the plasma is 1 gigahertz.

Its volume is 1 gigahertz.

And the mass of the di-electrical is also from this point.

So, if we look at it from a lower angle, the epsilon will be negative.

So, we found a material that with its construction pressure, its epsilon will be negative.

And this negative epsilon is called that the properties of the substance are very different.

The properties of the substance are very different.

But the material of the di-electrical.

A material of the di-electrical is made of a kind of structure.

Take two things into consideration.

One is the structure.

Or its atom.

Or its metal.

Or its whole.

Or its unit.

The structure of a unit of this material is this.

There are two rings of this material.

One is open, and the other is open.

The properties of the inner ring of the di-electrical are a number of A.

The external ring of the di-electrical is a number of B.

And D.

The external space of the unit is two rings of this material.

This is the empty space of the universe.

Now, if we set up such structures next to each other,

a metamaterial will be created, a metamaterial will be created between us.

Well, we can create such a material, such a structure in this universe.

It has a selfish characteristic, it has a materialistic characteristic in these places and between them.

This is the man and this is the woman, this is the man and this is the woman, this is the selfish characteristic.

And because it is the genus of the angel,

it has a man and this is the woman.

So, we can call it a nevusangar.

Based on this amount of matter,

if the system is connected to the parameters of the structure,

it is connected to the anti-d,

its resistance is connected to the parameters of the structure,

and so it is connected to the parameters of the structure.

Therefore,

we can say that the structure is connected to the parameters of the structure.

There is a certain intensity between these materials.

Or, there is a specific dynamic constructor,

for example,

which is called SRR,

Split Green Resonator.

Now, here we have a very clear data.

Split, a plain following of this,

is called Ring Resonator.

We have the differential element.

This is a factor related to nevusangar.

Now, the difference between these starts.

If both Int'l measures and effective measures are wine

But the difference between the instruments is merely there,

and the main difference is interrelationship.

But if either Lord's way works,

then the relationship among the men and the women will not be good.

The image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the

image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of a person without the image of

and the control of industrial parameters is a negative effect.

Therefore, such a structure can be a metamaterial of nuclear power.

It is a component of nuclear power.

In this way, the structure of nuclear power can be different.

It can be in the form of a diode, in the form of a capacitor, in the form of a resistor, in any form.

Let's take one of these as an example.

For this reason, we have to find a way to balance it.

Let's say that the capacitor is in the form of a diode, and the capacitor is in the form of a resistor.

As I said, the capacitor is connected to a diode, and if we connect the real part of the diode to this,

we can see that it is in a positive and negative position.

We can't use this positive and negative position.

So, we have a negative capacitor, and this negative capacitor is in a negative position.

Or, as it is known, there is another structure called SRR.

This was not a supercomputer that had a molecular structure, or a motor spring, and were coins-shaped.

Production wasР

Although they could have any style the way they wanted,

the fact that they have different shapes shows that they have different elements, and they can show different personalities.

and we can add our own material to it

and we can create our own material

based on our knowledge and skills.

In these places, if you look at the group,

these two groups are repeated.

One of them is composed of two types of groups.

This is called distance complex.

In this group the different kinds of fields listed

are represented.

So these two groups is called

mosaic, mosaic complex.

So, for to過來,

if we juste about the circle of

mosaic seems like fathers-fathers.

This is called mosaic.

If it works in the same vein,

in the same effect there will be

a different type of mosaic.

So, in this example for example,

They are tied to the Indian paradigms

For example, this is a poor tribe, this is a poor tribe, this is a poor tribe

It is one of them

With this Indian paradigm

The landa'em that you have here, the landa'em comes from a different relationship

As you can see, it is tied to the Indian paradigms

And when Mio is tied to the Tulemoj

You can see that beyond the Tulemoj, more than 600

More than 600, up to 150

Which is a very large number

What does it mean?

So we can use methamphetamine

To make materials

That are round

And they prove a special feature

That they do not attach to any material

But they are like that shape

That was created

Well, this is enough for a little lesson

And we will not go into more details

Thank you

Bye

Thank you

You are welcome

For watching

Yes, you are right

Please

Thank you

You are welcome

It is very wrong

Do you also stand?

I see

Thank you

I am just waiting

We are going to work

Finally

Thank you

This is the top material

I hope

I experienced

I learned

There is other sposób

We have to make use of colors. We can't make use of good colors in our minds.

Any color that we don't want, which we ourselves, as a group of artists, did,

we did it theoretically, we did it as a simulation, it was built in an experimental way,

and it was created as we wanted.

We have a lot of work to do, a lot of work to do.

I'm going to show you some of the details here.

If you ask me, I'm going to show you.

Now, the time has come.

In the middle,

I didn't know about this,

I got these colors on my own.

Now that I know it for myself, I'll show it to you.

See?

See?