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00:00After activation, Adhian
00:01We will now explain that she is very disabled.
00:02The problem of the sun is in the hundreds of thousands on the side
00:04And then what?
00:05You'll just sit there all day without moving.
00:07Why did he move?
00:08Twenty-five-twenty
00:09Nobody needs to move
00:10What does that mean?
00:11Everything is delivered to the house
00:12Hand over information to the delivery person
00:14He can travel anywhere using his mobile phone.
00:15Isn't a person supposed to just be patient and go find their livelihood?
00:18My son, this house rule will bring poverty.
00:20If he works at home
00:21Wait for the internet
00:22Twenty or twenty-five will do, that's it.
00:23Money and the economy
00:25Everything moves online
00:26My son
00:26Go down and see your friends
00:28Speak to them, meet them
00:29All the friends are talking on the disco
00:31FaceTime
00:31None of us are going down
00:32Because if we don't go down
00:33We are forced to give him his money.
00:34So that we can give to someone
00:35There is no brotherhood or brotherhood except through God.
00:37Even movement is a blessing.
00:39Try going down and walking around a bit.
00:40Play sports
00:41It's not necessary
00:42For a person to develop muscles
00:43He might take pills
00:44If he wants to lose weight
00:45He might take your coffee
00:46Okay, move around like this
00:47Go down and find yourself a girl or something
00:48We are happy for you
00:49Instead of you sitting like this, the ducks
00:50Now it's just a phrase, "Oh Mama."
00:52All of it is Tinder and Bumble
00:54All online
00:55Okay, move around like this
00:55Find yourself a course to take
00:56Learn something, my brother
00:58We don't watch the victim
00:59Oh my God, how did they move this?
01:01Oh my dear, this is Abu Basins
01:02It's pointless
01:03It's pointless
01:04People are listening to his voice.
01:05no
01:06Get moving
01:06Get up if this is asphalt
01:07What's with this jerk Waseem?
01:08And don't sit on that crap that made you miss sleep
01:12From these awful grades, I fall asleep quickly.
01:23My dear, you're not calm, you cactus!
01:24They will be featured in a new episode of the Dabke program.
01:26Dear, this isn't your basin.
01:27any
01:27Open your sink right now!
01:29Oh Abu Habid
01:29I want a sink that can be turned into a right angle.
01:32Act
01:33We're going, my dear
01:34Greece centuries before Christ
01:36We're going to a philosophy group
01:38They are called the early naturalists
01:40The countries of the group are neglecting what's behind them and what's in front of them.
01:42They only ask one question.
01:43What is the origin of the universe?
01:44One example is Thales.
01:46One of the philosophies means
01:47He saw that the origin of the world was water.
01:48At the same time as someone else, for example, like Addiximens
01:50He said that the origin of the world is passion.
01:52Heraclitus said
01:53Just a second, because I don't see that it's fire.
01:55But my dear, the coffee base was designed for the reason of the water.
01:58We hear about it in history.
01:59Despite their wide differences, my dear
02:01If you pay attention, you'll find that there's something in common.
02:02There's an idea that brings them together
02:03All matter from these countries is constantly moving and transforming.
02:06For example, water can be easily transformed
02:08solid liquid gas
02:10But modern science has since introduced something called sublimation.
02:12It's possible to skip a stage
02:13For example, you have something like air
02:14It's constantly shifting and permeating things, always in motion.
02:17Heraclitus, however, chose fire as the origin of the world.
02:20Because he considered her to be due to her crazy and constant movement.
02:23A symbol of perpetual transformation
02:24Constant Techinch
02:25Rami Azizi, from the difference of philosophers
02:27However, they saw movement as the lifeblood of all existence.
02:31Speaking of the nerve
02:32Some neuroscientists believe that our nervous system evolved primarily
02:35To manage the movement process more than the thinking process
02:39It means your brain, my dear, before you think.
02:40It was basically moving
02:42Daniel Walbard's Neurology
02:43He says that we have a mind
02:44For one task only
02:45It is the production of a series of complex movements
02:48The mistake lies in adapting and surviving.
02:50The first generation, before thinking about the hidden danger and the villages of the trees
02:53Before he analyzes it, understands its nature, and knows what kind of attack is coming against it.
02:56He moved, escaped, and ran.
02:57Even the door is comfortable and contemplative.
02:59They look around and see the whole universe in motion.
03:01In my opinion, my dear, all these philosophers believe in movement.
03:04And those who see movement in everything
03:06One appears like the philosopher Zunun in the year 50 BC
03:08He tells him, "Hey guys, I'm going to pray for the Prophet."
03:10And I, in the manufacturing department, see that there is absolutely no movement.
03:12My dear, it was a matter of suspicion that he had adopted that viewpoint.
03:14Those who say that all of this is a group of trolls
03:15And it also provides you with a logical argument to refute the movement.
03:18For example, you have what is known as the stadium argument.
03:20Are you standing in a large stadium?
03:22And you will take it from beginning to end
03:23Let's call the first field point A.
03:25And the end of the field is at point B
03:27It seems easy, a thousand times yes
03:28Zizi's work says that in order to get from point A to point B
03:31You must at least walk half this distance.
03:35Right or wrong
03:35Warnqul, for example, from point A to point C
03:38Which is between a thousand and a.
03:40Okay, Abu Ahmed, it's easy to do what Sizizizi does.
03:42And I say, you need to get from point A to point C
03:44You need to reach point D
03:46The one between point A and point C
03:47Which is a quarter of the field
03:49And to count from point A and point D
03:50There has to be a point
03:51And now we're going to get into the kind of talk that brings poverty to this field.
03:53You're right, my dear
03:54Then we'll keep half-heartedly half-heartedly half-heartedly half-heartedly
03:56To the end of the money
03:57Therefore, it is impossible to reach a point with it.
03:59Take another excuse you have
04:00Akil and the Turtle
04:01Achilles, the well-known legendary hero
04:04Henzel is in a race with the tortoise
04:06Out of compassion for the turtle world
04:08Indian turtle has a head start in distance
04:10And we begin the race
04:10Come on, you have no excuse.
04:11Oh turtle
04:12The race is on
04:13Even if several of your neighbors are just one of the ones who are in the mood
04:15This is his weakness
04:16The logic here tells you that Akil
04:17To win the turtle
04:18He needs to reach the point
04:19Which was a pause in it
04:21But still, be careful
04:22The turtle struggled and chewed
04:23And by the time he reaches the second point
04:25Which she had advanced in
04:27He stopped at this point.
04:28I got a little
04:29And by the time he reaches the next point
04:30I got a little
04:31And by the time he reaches the point
04:32We prefer it this way indefinitely
04:34Professor Zenon
04:34He'll shoot you in the face
04:36And the world around us tells you
04:38Constant and unchanging
04:39Up, you delusional one, you son of a delusional woman
04:41Because movement means change
04:42From existence to non-existence
04:44Or from non-existence to existence
04:45Since nothingness is impossible, it will remain.
04:47Tighten
04:48Movement is also impossible.
04:50And he also tells you
04:50Everything we see
04:52In our lives there is movement and change
04:53It's just an illusion
04:54It comes from senses that deceive us
04:55And I fed well
04:56A tongue in philosophy, that's
04:57They are in their final years
04:58I, Abuhbad, am not anything special.
04:59What are you saying to me?
05:00You're looking for a limit
05:01Lost?
05:01At the right time, my dear, I'm yours.
05:02Sufficient philosophical awareness
05:03We need to move on to something else
05:06Come, my dear friend, let's talk about the world of philosophy.
05:07brain games
05:08Let's go to physics and mathematics, my dear.
05:10one plus one
05:11Let's start with him, Telides.
05:12We will find it in his book
05:13elements
05:14Foundations of existing engineering
05:16On extended forms
05:17He had the line
05:18Wells from an extended entity
05:20to infinity
05:21This line could theoretically be shaped
05:22into an infinite number of parts
05:24Dots dots dots dots dots dots dots dots dots
05:27Although Zeno
05:28I was met with many philosophical responses
05:29However, the scientific response to it
05:30It won't be easy
05:31It will be delayed until the seventeenth century.
05:33When you bring the judge
05:34From Newton and Leibniz
05:35The two who laid the foundations of differential and integral calculus
05:38And through it, my dear, they were able to prove
05:40The sum of the small parts
05:42Even if their number is infinite
05:44It will go round and round and round, and in the end
05:47Their number in the end
05:48It equals one
05:49Meaning, my dear
05:50The sports party
05:52It's best to add to the rickshaws as you wish.
05:55Supply as you wish
05:57In the end, you got one
05:59Differential and Integral Calculus
06:00The limit is right in your face, Uncle Zenon
06:02You can sit down and do whatever you want.
06:04Ultimately, the sum of these parts
06:06It equals a certain value
06:07Differential and integral calculus, my dear
06:09Prove it mathematically
06:09This particular issue
06:11The number is equal to the correct number
06:12In short, you can count the field
06:14And you are included
06:14You'll get there eventually.
06:15Point A between
06:17Questions about movement, my dear
06:18You will start to focus on the simplest body movements.
06:20And you'll also think about it
06:21If we go back to Zenon's stadium
06:23They are the origins of football
06:24For example, when a ball is kicked
06:25Your man at some point
06:26Katlamsaha
06:26But after your leg let go of the ball
06:28What makes the ball
06:30Movement complement
06:31And the comfort of the twelfth
06:32Aristotle says the reason is passion.
06:33But this opinion was not convincing.
06:35To some extent, the idea of inertia
06:37I have Galileo showing up
06:38Jalaloo, my dear
06:38When he noticed the objects on the surface of the sand
06:40Sriba prefers to move
06:41Without stopping
06:42Since resistance to desire is nonexistent
06:44As well as friction resistance
06:46The body will remain, God willing, illuminated, okay?
06:48Because if you, for example, my dear
06:49The opportunity has come to you
06:50That Chot Belm in space
06:51The ball will keep moving
06:53Complete forever at the same speed
06:55And with the same strength
06:55Infinity Forever
06:56Same idea, my dear
06:58Developed from Geniotin
06:59And he appeared athletically in the first law of motion
07:01And became applicable
07:03For measurement
07:03You see, my dear, it's just a thought.
07:05In a ball that is kicked
07:06Let how many people think?
07:07And with the butterfly effect, that's how it is from your standing
07:08Something does something, something does something
07:10Our souls have reached a complete law of motion
07:12We can't do without it
07:13The same as this one
07:14If you were its upper shore
07:15Time will come for her
07:16And it moves downwards
07:17From time immemorial, my dear
07:18And you know
07:19Things are moving downwards
07:20Strange movement between two priests
07:22Aristotle shortened it
07:22The objects are moving downwards
07:24Because it belongs to the element of Earth
07:26And naturally
07:27Things tend to return to the center of the universe
07:30You ask me who is the center of the universe in relation to Aristotle?
07:31Aristotle tells you the center of the Earth
07:33That's why Aristotle considered
07:34The staple bodies
07:35It falls faster than lighter objects.
07:36This observation
07:37I didn't enter from Galio
07:38And Brahim, my dear
07:39Aristotle's ideas dominated physics.
07:41For more than 1800 years
07:42But Galio says, "Hey everyone!"
07:44This statement is not true.
07:45In a practical experiment
07:46Gallio himself will carry it out
07:47According to sources, it is said
07:48If he climbs above the Leaning Tower of Pisa, the mile
07:49In full view and hearing of Aristotle's supporters
07:52Rami Jasmine performed
07:53One is heavy and the other is light
07:54And the surprise, my dear
07:55The two bodies reach the ground
07:58At the same moment
07:58With what is this?
07:59One is heavier than the other
08:01He said, my dear, that Aristotle's supporters
08:02When they saw this sight
08:03They said we're lying to ourselves.
08:04We lie about everything
08:05But we are lying, Uncle Aristotle
08:06Honestly, my dear
08:07Many scientific opinions
08:08ancient philosophy
08:09We can call them opinions
08:11From our seat, meaning now
08:12These are naive opinions.
08:13They didn't enter my house
08:14Although at first glance it seems
08:15intuitive opinions
08:16That makes perfect sense.
08:17Haddi has an impression
08:18A kilogram of iron
08:19heavier than a kilo of cat
08:20But this is iron and this is a cat
08:21You tell me, "Hey, you!"
08:22Two kilos
08:23This is one kilo of this and one kilo of that.
08:24But this is iron.
08:25But our cat
08:26And logical
08:27A second sharp impression
08:28The sun rises from the east
08:30And it walks from the west
08:31It revolves around the Earth
08:32The science is here, my friend.
08:33He's offering it now
08:34Testing these impressions
08:35Bring it to me, my son, my darling
08:36Your impression of the coffee
08:37Which one did you see?
08:38The light is the origin of the universe.
08:40Water is the origin of the universe
08:41Bring it to me, my love, bring it to me
08:41Give me your impression.
08:42Bring me
08:42Give me something called a scientific methodology.
08:44There is something called experience
08:44Let's see it
08:45This isn't a village, the one we're building.
08:46Between you and me, scientific experimentation
08:48She's the one who says who among us is the donkey
08:49Misconceptions
08:50For example, those who stayed with us
08:51Up to the 19th century
08:52It is because there is something called
08:54This prisoner, my dear
08:55transparent material
08:56It fills any gap in the universe
08:58In which light waves move
08:59I mean, my dear
09:00If everything in the world moved
09:02The prisoner is the only Saturday need
09:04It was also one of the beliefs
09:05If this prisoner remains
09:06And I bequeathed him resistance
09:08Like a bird, wind and water
09:09Therefore, when I hit it, it burned.
09:11He will definitely be affected by the prisoner's resistance.
09:13Dear topic, it will continue like this.
09:14Until a very important experience occurs
09:161887
09:18The Mixlon and Morley experiment
09:19A group of scientists
09:20They use the interferometer
09:22Aziz's experience is a beam of light
09:24It's hidden in a transparent mirror
09:25And it divides into two rays
09:27One is breaking through the mirror
09:28In the direction of the Earth's movement
09:29The second one is reflected perpendicularly to it.
09:31Each ray strikes a reflective mirror
09:33He goes back again and completes the course to the end.
09:36It's supposed to be, my dear.
09:36If there really is an effect of the prisoner
09:38The ray that was moving in the direction of the Earth's movement
09:41It is assumed that this prisoner will increase his strength.
09:43This is because the earth itself is adrift in an Averean wind.
09:47Therefore, it is assumed that this beam
09:49The wind will blow it up
09:50Take it easy, my dear, that you are pure with your handkerchief
09:51The air, which is the medium in our case
09:53Amadi, resist you like that and hit you
09:54And he made a face like that
09:55Because this guy is driving against traffic.
09:56This is what should happen with Duke's Beam
09:58The one who walks with the earth
09:59The one flying in the prisoner
10:00Therefore, this beam
10:02It's supposed to be a little late
10:03About the second ray
10:04The one who is moving in a vertical direction
10:06On the movement of the Earth
10:07Of course he won't be affected
10:08Like someone moving with the Earth's movement
10:10Imagine, my dear
10:11We have two
10:12One here, one here
10:13These two are staying in Qatar
10:15Cut off
10:16This train is going in this direction
10:17How are you going? You're going in this direction.
10:19And in the middle of it, between them, a beam of light reaches both of them.
10:22It is assumed that agora, since the diameter is here,
10:24The remaining question is whether the beam will reach this point before it reaches that point.
10:27Look, this beam is coming from the opposite direction of the locomotive.
10:30In the case of the Akef AkefShare, theoretically it delivers faster.
10:32Because it's against the direction
10:33The "akf al-a'a" takes a longer response because it starts all the time.
10:37This theory demonstrates that the diameter is the same direction.
10:39We are not used to this.
10:40Conversely, Montagall
10:41It should reach you faster
10:43The interpretation is that if there is a prisoner
10:44This is what we should see.
10:46The two of them will not receive the beam of light at the same moment.
10:49That, my dear, was the theory.
10:51The idea, my dear, is that the two beams arrived at the exact same moment.
10:53This is what puzzled the scientists.
10:54They didn't understand why the prisoner wasn't resisting the beating.
10:57Until, my dear, a thousand times ninety-nine and a mess, God is great
11:01God is greater than the schemes of the aggressor.
11:03Einstein's theory of special relativity
11:05And the one who comes and tells you, "Look, I'm telling you, there's nothing like that," is called a prisoner.
11:08The speed of the beat is the same compared to any other requirement.
11:12The speed of the beat is transmitted without an intermediary.
11:14The speed of the clock is a test for all observers.
11:17Regardless of the movement of the source of the knocking
11:19Regardless of the source that monitors it
11:22Go ahead and knock at any time
11:23Go into the beat at the speed of Ceuta
11:25You'll find that it can do the same sprint at the same speed.
11:27What happened, my dear, is that the movement in relativity defied all expectations.
11:30She brought a new Ceuta constellation, a little bit for a human being.
11:32The movement now depends on the observer.
11:34There is no single speed in the universe
11:36However, movement must remain relative.
11:38If we tried, dear Zenon Stadium, to frame
11:40And let Achilles break the tortoise with a single heel.
11:42Achilles will feel that his speed was like a single heel
11:45As for someone sitting on the sidewalk
11:47Achilles' speed is equal to the speed of the diameter plus the distance between the heels.
11:50And praise be to God for one second
11:51The Nobel group said to prepare an award because one is coming now.
11:53Let's get rid of the fire
11:54There's a Nobel Prize coming up now, come on!
11:56I derived the scientific theory from your words.
11:57Didn't you find out about the name and the name?
11:59She says that we can't cross the light barrier
12:01And now, he's comparing the train's speed with the speed of the heel team.
12:04We're going to throw you off the train now!
12:06We'll bring a flashlight and turn it on in front.
12:08At that time, the speed of light of the transducer mounted on the train relative to the external transmitter
12:12It will equal the speed of light plus the speed of the diameter.
12:16Mohammad, I broke the speed of light with the top-rated air conditioner.
12:19Give me the Nobel Prize
12:20Vanessa, who in Sweden is watching this episode?
12:22Come on, win it quickly, because you're next!
12:24Second, give
12:25Mohamed is rushing to win the prize now.
12:27Come on, Abu Hamad, quickly, Daloum is carrying the wallet so they can try and win a prize on Instagram.
12:30Philos won the Nobel Prize on Instagram
12:31You, Uncle Mustafa Mushrafa
12:33You, Professor of Dreams
12:34Mohammed, from your work, Shafi
12:35So why does he tell you, my dear, that the paradox is what destroys all your dreams and erases them?
12:39The speed of light from the detector will be equal to its speed, but
12:42Approximately 300,000 kilometers per second
12:45We will not add anything to it.
12:47For someone standing outside, the speed of light is 300,000 kilometers per second.
12:50The diameter, relative to the speed of light, is 300,000 kilometers per second.
12:53Everything is measured at the speed of light, 300,000 kilometers per second.
12:55second
12:55Light is not affected by the movement of other objects.
12:59And the whole universe, my dear, now commands for its own good.
13:00He'll adjust everything so that when you measure its speed
13:03You'll find it doesn't exceed the speed of light.
13:04Anything? Anything, my dear.
13:05Speed equals distance divided by time
13:07But be careful, my dear
13:09Speed of light: red line
13:10The speed of light does not change.
13:12Girly in the distance
13:13My sister in time, speed, Ceuta
13:15When we talk about light, my dear
13:16Distance and time are what change it
13:18They are the ones who bring the papers
13:19Imagine the distance and time in front of the light.
13:21You said no, no, no, no, I'm not
13:23No, I'll change for him.
13:24My dear relative, prove it simply
13:26When the body moves
13:27You sense the time and distance naturally.
13:29Now then
13:29If someone is jealous of you from outside
13:30Time will be slower for him.
13:32He'll see you as a little shorter
13:33This theoretically applies to any moving object.
13:36Qatar boarded a bus, or an Uber, or any other vehicle.
13:38But the time differences here are almost zero.
13:40Therefore, these differences will not be noticeable in our normal lives.
13:43But yes, it is more noticeable at speeds approaching the speed of light.
13:48Therefore, my dear, we will assume that our train is a myth.
13:50It travels at a speed of 200,000 kilometers per second
13:53And if, my dear, we were to launch a beam of light in the same direction as the diameter
13:55At a speed of approximately 300,000 kilometers per second
13:57For someone riding the train, the speed of light is constant and normal.
14:01Because the diameter is constant for him
14:02For those who stood on the sidewalk
14:04Time will be cut off and the diameter will be shorter.
14:06So, my friend, let's work on formulating the law that sums the relative speeds.
14:09Look, my dear, at the equation
14:10Bio Sawy Bio Dash Plus in
14:12On one plus bio dash on c squared
14:15Where Bio here is the speed of light of the flashlight
14:18And in the speed of the diameter
14:19The cosmic constant speed of light
14:21Leo Dash is the speed of light.
14:23The one riding the train from the external observation
14:25If we replace the numbers
14:26We will find that the speed of light is constant.
14:28300,000 kilometers per second
14:29What speeds do we use this equation for?
14:31Even if it's classical physics
14:33Its speed is greater than the speed of light.
14:35Why did this strange talk about the movement appear, my dear?
14:37If I can't, I'll put two coins.
14:38This can be applied to humans.
14:39It means that when he moves quickly
14:40My body's systems will work in pieces
14:41Bi Mana said when his performance started at the second
14:43He will hit every minute
14:44That's what I don't feel.
14:45Honestly, my dear, this matter has been proven in more than one way.
14:47The most famous of these is that ptons are atomic particles that have many types.
14:51The type that has proven its durability over time is called the Muon.
14:53Muon is born in the air
14:54And when the cosmic rays are envied at the peaks of the air
14:56This is a short life, my dear.
14:58If it were stationary and didn't move
14:59It lives for two and two tenths of a second
15:02But what's strange about the Miyun is that it cuts through hundreds of rains.
15:05And he delivers to us while he is making a living
15:07The reason, my dear, is that he wants
15:08It is moving at a rate of ninety-nine and eight percent.
15:12speed of light
15:12Light means you don't let it take a step
15:14His mind, my dear, is thirty-five microseconds
15:16And the distance shrinks in front of him
15:17It goes directly to the measurement access point so you can get a grip
15:20And motion, my dear, is the closer it gets to the speed of light.
15:22The slower time passed, the greater it was.
15:24In the diagram, my dear, the one in front of you
15:26The horizontal axis represents the ratio of the speed of light
15:28The vertical is the Lawrence factor
15:30No, my dear, the one who determines the length of time is slow.
15:33We notice that the red curve takes on a very extreme curve.
15:36The closer we get to the speed of light
15:37The slower the time factor becomes, the greater
15:39By God, would you allow me to ask you a question? This is driving you crazy!
15:42What will happen if we reach this cursed speed?
15:45If I, as a human, reached the speed of light
15:47What happens
15:48No, my dear, intellectually it's certainly possible.
15:50And then it will be nice to see any team in the world.
15:51It will be a great suite
15:52But my dear, practically speaking, that's impossible.
15:55Because at that time your mass will be infinite
15:58And so, my dear, you can move an infinite mass
16:00You will need endless energy
16:01Who in the universe would spend money on this?
16:03No, I didn't go out on that trip with you.
16:05Of course, my dear, I need to tell you that unfortunately this doesn't exist in our reality.
16:08Light travels at our tangible speed.
16:10The speed that we're talking about takes time to reach us
16:12If a star exploded, for example, a thousand light-years away
16:14The light from that explosion will reach us after a thousand years.
16:17This star may have exploded a thousand years ago.
16:20And we just saw it now
16:21Let it go, my dear
16:22If he were shocked by the victory, he would depart from the light and work with dialogue.
16:24Dear light, allow me to enter your waves
16:27I delve into your passions and immerse myself in your innermost being.
16:29And I ask you a question, exit
16:31You took this long to get to us from this star
16:33How long did the journey take, O light?
16:37Okay, Abu Ahmed, it's only a year, I just want to get out.
16:42If you came, my dear, and asked the light about your journey from that star until it came to us
16:45She took her time, he'll say nothing.
16:47zero
16:48Medicine and distance, oh light of the row
16:49My dear, light for him goes and comes back everywhere at the same time.
16:53any?
16:53Yes, just like I heard.
16:54No time
16:55This table, my dear, and your blood, show the matter down to the second.
16:58The column on the left contains the percentage of the speed of light.
17:00We will notice that if we add one nine after the decimal point
17:04The bubbles here will multiply in an ointment-like manner.
17:06If we focus on the fourth grade, for example
17:07You'll find that if you move at a rate of 999999 points to the speed of light
17:12Your second will be approximately equal to one minute on Earth.
17:14That means your heart will beat approximately every minute.
17:17And you won't feel any slowness in the process.
17:19But you will live longer
17:21If I had the speed, I would have spent two weeks in space and returned to Earth.
17:24You'll find, my dear, that it's been about three years since then.
17:26Didn't you tell me that time is slow, distance is shrinking, and the situation is becoming more and more lonely?
17:30Mohamed El-Haw, I'll ask you a question.
17:31What am I supposed to gain from all this talk you've said?
17:33Lana will move at the speed of light, so neither distance nor time will shrink for me.
17:37I could have lived a completely normal life, but other things like information...
17:39The truth is, my dear, the specific ratios are present in many things around us.
17:43The simplest example is the GPS I use every day.
17:45The GPS used satellites that travel at specific speeds.
17:47And it will be far from Earth's gravitational field
17:49Why is that? Because he also has a role in the passage of time.
17:52According to the general ratio, for a head outside in space
17:55You yourself are on Earth here
17:57Time passes more slowly for you.
17:59In the hours that are located in the industrial emirate
18:00These watches run faster
18:02So if we don't adjust these clocks and make them run a little slower
18:05Disasters will definitely happen
18:07These differences, my dear, might be a middle ground.
18:09But on a broad scale
18:10It can make catastrophic errors in location tracking.
18:13The mistakes are much bigger than the size of the differences.
18:15It could reach hundreds and thousands of raindrops
18:19Zeno, my dear, in one of his famous spells to nullify motion
18:22He came out with an argument, the second of which was the flying arrow.
18:24He said, "If you release an arrow..."
18:25This arrow doesn't burn
18:27He said, "No, Amal, will he make me a Zenon year?"
18:28He told you because time is limited
18:30Consisting of Anat
18:31If we stop this stock and take it, you'll be in trouble.
18:34Time, my dear, for Uncle Zenon
18:36Made from small units called anats
18:38So now, my dear, what's next?
18:40It will be an image of the same arrow as before.
18:42And we can't possibly remove a move from a few previous clips
18:45Life, my dear, even if we have refuted Zeno's argument
18:47This particular argument had a very significant basis in our understanding of the movement.
18:50On a smaller cosmic scale
18:52The microcosm represented by atoms and what they contain
18:54Xenon was relied upon in the argument of Jo
18:56Although the place is infinite
18:57We can divide it in half forever
18:59If we look at this issue and think about it a little
19:00We will find that there is nothing preventing the choice of the best option.
19:03If you have the biscuit right now
19:04And you want to divide it into an infinite number of parts
19:06You'll keep breaking it up and crumbling it until it's completely crumbled.
19:09So how do we divide this little bit? Simple.
19:11Imagine, you belittled yourself with this tiny bit of feeling
19:13The biscuit remained as long as it was untied, and he knew how to control it.
19:15So you'll divide it again until it's crumbled again.
19:18And the smaller the crumb, the smaller you become too.
19:20And you prefer to divide it into pieces until you prefer to divide it forever.
19:23If only, my dear, we had analyzed this issue using differential and integral calculus.
19:25The real bombardment of Jaba'a was based on the argument of Zenon Gate by Max Plange in 1900.
19:30Max Plange was trying to solve a simple problem
19:31Why do objects change color when they get dirty?
19:34Why does iron change color when it becomes tarnished?
19:36Scientists, my dear, used to consider thermal ignition
19:38Energy from continuous and seamless motion
19:41However, these connected accounts were failing at very high frequencies.
19:44At short wavelengths
19:46They found that the particles release infinite energy.
19:48This paradox is what they call the ultraviolet radiation disaster.
19:51And here Max Plange came out and told you there is no continuous energy
19:54But what is it moving about?
19:56In small bundles, call them quanta or quanta
19:59And here, my dear, is a fixed energy source.
20:02Smallest Energy Promise
20:03This, my dear, is the foundation of all physics.
20:06From a mathematical calculation that combines three constants
20:07Which is the image of light, the gravitational constant, and Planck's constant
20:10So stay with us, my dear, for the length of blang, the time of blang, and the length of blang.
20:13We didn't leave anything in Blang, my dear, we took it all.
20:15Length of blang and cutlet blang
20:16We don't just put a big head on a white background and keep describing the groom.
20:18The length of Planck, my dear, is the smallest unit of distance in the universe.
20:22This equals 1.616 of a thousand
20:25Multiplied by ten, resulting in a negative 35 meters.
20:29It means something, my dear, that is several times smaller than small.
20:31In other words, my dear, if we go back to the trivial matter and you made it smaller
20:35So, the first thing you'll do is reach the length of the blang.
20:37That's the smallest thing you can get.
20:40The universe won't allow you more than that.
20:42Blang is running a rose with a ruler.
20:43No experiment, my dear, has yet been able to achieve such close approximation accuracy.
20:46For example, the smallest particle we were able to detect
20:48It is a quark with a length of 10-19 meters.
20:51This is the smallest thing, my dear, that we managed to catch in nature.
20:54If you compare it to the length of Blang
20:55It's as if, my dear, you're comparing an ant to the entire galaxy.
20:59I'm not in that mood, seriously.
21:00The quark is the smallest unit of space in a galaxy.
21:03The length of the blang is like an ant.
21:04I know this is hard to imagine, but just live with it.
21:07Let me assure you, my friend, that these values are mathematically correct.
21:10These are the limits of physics.
21:11Red lines, like the speed of a duke.
21:13After that, there are no known rules for the movement.
21:15But rather a bit of volatility and very severe deviations
21:18Physicist John Waller described it as quantum foam.
21:20Let my dear, these particles of smoke move around so much that they create foam.
21:24Um, my dear, if we were to talk about the time of Blang
21:26The only thing that happened in the first episode was that Zeno got it right without meaning to.
21:30Fawdal throws in Judy Loosh Najad's need with her, right?
21:32The time of Plange, my dear, is 5.39 multiplied by 10, which equals 44 seconds.
21:38And this, my dear, is a view we consider to be the mother that was spoken about long ago.
21:41This is the point at which it cannot be broken any further.
21:44This is actually based on a period of time in which it can reach
21:46But relatives
21:47The flying arrow moves in bundles from the time of Blang
21:50To understand the movement properly, my dear, from Krika the quantum
21:52Imagine the entire universe as a big screen
21:55Each point in it is an orb from a pixel
21:56Time and space have limits
21:58There is no smooth line of movement
22:00But there are pulses
22:01The universe moves frame by frame, like a movie reel.
22:03At a speed of 10 QS, 44 frames per second
22:06It means, my dear, that we are living in the frames of an animated film.
22:10We move from a fixed place at a fixed time for that place and the time after it.
22:13Of course, my dear, this is just a simple analogy.
22:15It becomes noticeable as we get very young
22:17Youngsters, Abu Ahmed, how many years have they been to us?
22:18No, my dear, I'm talking about it from the ground up.
22:21The section that is not visible to the naked eye.
22:23My dear, your body is made up of trillions of quantum particles.
22:27Each particle makes its small jump in a different direction.
22:29When he puts all these jumps together
22:31The movement is smooth and continuous.
22:34Just like the screen and pixelless example
22:35And the cinematic image that consists of fixed frames
22:38When we see these clouds from afar
22:39The movement remains completely normal.
22:41It is desired that it is originally transferred at the quantitative level.
22:43Dear friend, we find it difficult to obey you, right?
22:45Let's go out for a quick exit and I'll come back to you in a big way.
22:47To understand how motion works in quantum mechanics
22:50It's as if, my dear, we're going back to the old ways.
22:52Geometry with the movement of molecules and particles
22:54In Dalton, in the beginnings of the law 19
22:56He saw that the button was like a marble
22:57It burns like a clock in Denizia
22:59To determine its location and speed, there is no division.
23:01Jib'atu Bultman
23:02He discovered what is known as entropy
23:04random movement system
23:05This movement generates thermal energy for us.
23:08If we fill a glass with water
23:09You meet from afar, Sabda
23:10But in reality
23:11Water molecules inside the water
23:13She moves randomly in all directions
23:16At boiling point
23:17The topic is turning into henna
23:18popular joy
23:19Water molecules move about haphazardly and wildly
23:21In a certain way and style
23:22They are completely unpredictable.
23:25There are so many possibilities for each molecule in water
23:27In his book
23:28One, two, three
23:29Until infinity, God willing
23:30Physicist George Janoff says
23:31If you heat a glass of water
23:33If this prevents this water from being developed
23:34It is the cohesion of these molecules with each other.
23:36But a theoretical possibility remains.
23:38The text of the cup of the Fouani
23:40Every part of it burns upwards
23:42The text below
23:43Every part of it burns downwards
23:44Here, my dear
23:45The text of the heart
23:46He'll escape from the lower text
23:47And suddenly
23:48And you're sitting there waiting for the sheikh
23:49You'll see the water fly off and hit the ceiling.
23:51Because, my dear, as you listen to me now
23:53You might find air particles
23:55The one in the room around you
23:56It just so happens that they all gather in the corner
23:58And you find yourself sitting in the void, getting fat.
24:00But don't worry, my dear
24:01The possibility of this happening
24:01It's almost zero, to be honest.
24:03Zero diet
24:03It's almost zero.
24:04Because here the devil completes his work
24:06Don't worry, my dears, nothing will happen to you.
24:07The probability, my dear, is as I'm telling you.
24:08Amber is the age of the universe itself.
24:10It is a class
24:10But they're just being polite.
24:11This possibility might occur in another trillion years.
24:14But it's still possible.
24:16normal
24:16random movement
24:17I'm here, my dear, not trying to scare you.
24:18But I'm presenting all the possibilities to you.
24:19Entropy has its own functions
24:21Chaos moving like the steps of a scrum.
24:23So that the particle can travel from point to point
24:25He keeps moving in all possible directions.
24:27It could take thousands of years
24:29Even if the particle is traveling at the speed of light
24:31For example, the sun
24:32The heat generated in the center of this
24:34It releases thermal energy in the form of intense radiation.
24:37And so the photons of light begin a long journey
24:39A journey from the center of the sun to its surface
24:41If the ray, my dear, takes a straight path
24:42At its speed of 300,000 kilometers per hour
24:44Note that the diameter of the sun is approximately 700,000 kilometers
24:48The beam is supposed to emerge within a second and a bit.
24:50But when we look, that's not what happens.
24:53Light beams are subjected to a very, very large number of collisions.
24:56You prefer, my dear, to envy the atoms of particles
24:59Many things come from the sun itself.
25:01Any atom that corresponds to light radiation
25:02She greets him and gives him a little something.
25:04He then changed direction along its length
25:06It's like he's playing Saba Sanam
25:07Finally, my dear, after a long journey
25:08The Duke finally emerges onto the surface of the sun.
25:10According to Jamf, this journey is estimated to take approximately 5000 years.
25:13According to physicists' predictions
25:15The period could reach 52,000 years
25:17The random things, my dear, that we actually saw in cam mechanics
25:20We believed this was due to ignorance of the mechanics of motion.
25:23We discovered that they are Fundimental needs
25:25Cam mechanics has shown us that randomness is deeply embedded in the fabric of nature itself.
25:30The absurdity we are witnessing
25:31Not because we are ignorant
25:32Not because we don't know what the rule is
25:33No, this is inherent in nature.
25:35Inherent in the laws of physics
25:36The laws of physics tell you to drink
25:37That's how it is.
25:38That is, if Bolzmann had revealed randomness in the apparent movement of matter
25:42The camera reveals that the essence of matter itself is random and unpredictable.
25:45You can't accurately calculate his movements.
25:47Even if you knew the position of the particle, you wouldn't know its speed.
25:49Even if you knew its speed, you wouldn't know its location.
25:50It's a thick particle, you won't reach it.
25:52Werner Heisenberg's dream in 1927.
25:55Nature tells her group
25:56It is impossible to know the movement of the electron
25:58It means we can't know his location and speed in the same breath.
26:01Because we need to know where the electron is located
26:02We use light to see it
26:04But I say, my dears, the photons are envied for it.
26:06He's squirming, so he changes his speed.
26:07Therefore, it changes its location.
26:09The same observation applies, my dear.
26:10It affects the movement of the electron
26:12Well, this isn't a physics problem, Abu Hamiyat.
26:13This is a problem with the measuring tools.
26:15The truth, my dear, is that this isn't a problem with measuring instruments.
26:18I mean, even if you used something imaginary, of course
26:21It doesn't create the photon effect
26:23You'll still encounter the same problem.
26:24The universe is telling her
26:26Listen, you're Obama
26:27This is the law of the universe
26:28You have one thing to say to me regarding the corn.
26:30The place means speed
26:31You're acting like you can't take both.
26:32The law itself tells you that nature is a treasure trove of lies.
26:35Fendi inside won't tell you anything precisely
26:37This means the electron actually has neither space nor speed at the same time.
26:41And with that, my dear Zahra, uncertainty begins.
26:43The act of parking itself remained part of reality.
26:45And we, as observers, have become part of the game.
26:48Just a second, Abu Ahmed
26:49I asked Nobel and I want to make up for it
26:50I found this woman
26:51Tell the Swedish group that got her a visa
26:53I am a gatekeeper in Nobel, a gatekeeper of quantum
26:54The number six remained.
26:55Didn't you say, Abu Ahmed?
26:57Movement generates heat
26:59Inactivity means coldness
27:01Like her, Chitik Do
27:02So, we'll use it to freeze the material completely.
27:04At that time, the particles are a slacker.
27:05It will stay that way.
27:06The particles will be Frost
27:08It won't move
27:09Then we will be able to measure the position and speed of the particle.
27:12We took Nobel with a freezer
27:13Honestly, my dear, that's good thinking.
27:15Unfortunately, there is no Nobel Prize.
27:16You're done, Abu Ahmad
27:17No, I'm not finished, but what you discovered is...
27:19Not a discovery
27:20Perhaps you would spare us your thoughts
27:21I promise you'll get it in peace
27:22What will the International Committee say about this?
27:24He fell silent
27:24Peaceful nations
27:25But my dear, let me explain to you and your statement
27:26The flaw in your theory
27:28Before the complete mechanics in Zian, they used to say
27:29By reaching absolute zero
27:31Which is -273.12 degrees Celsius
27:34The buttons here stop completely
27:36That was the one who was stopped
27:37But in the nineties
27:38Scientists have reached a temperature very close to absolute zero.
27:41The movement of the buttons already said
27:43And I reached a strange episode
27:44Its name is Bose-Einstein condensate
27:47The seeds acted as if they were one giant seed.
27:49But it has not been fully proven
27:52There were still some very slight vibrations.
27:54O Abu Ahmad
27:55But they didn't reach absolute zero.
27:57You said they were just getting close
27:58My dear, absolute zero
28:00Zero theoretical
28:01It's impossible for it to exist
28:02Because if the buttons are present, they will actually be fixed.
28:05We will know its speed and location at the same time.
28:07I'll tell you the principle of uncertainty, and it will say no.
28:09Why are you acting on your own?
28:10I told you there is no certainty
28:12Why are you so sure?
28:13Physics, my dear, is like Ahmed Badir's.
28:15It doesn't work
28:16Since there is material
28:16There is no movement
28:17The absolute attributes of this
28:18It's one of the four impossibilities
28:19Don't bring up the topic.
28:20Particle motion is important in complete mechanics.
28:21It remained a probability wave
28:24If we simplify it using Zenon stadiums
28:25In the particle
28:26The possibility remains at point A
28:28And the possibility remains at that point.
28:29We don't know
28:29Of course, my dear
28:30When we come to something like this
28:31You know
28:32Who are we going to talk about?
28:34physicist
28:34Erwin Schrödinger
28:35The man followed me, a strong captain
28:37She feeds me garbage and I'm happy
28:40Schrödinger, my dear, put his famous equation in place
28:42The electron doesn't orbit the nuclei like the planets.
28:44But it spins a cloud of possibilities
28:46Every point in this cloud represents an opportunity
28:48The opportunity for Lora's sons to appear
28:50So, if you're standing at point A
28:51And you might be considering the point.
28:53We'll make sure the moment we look at you
28:54And this is Schrödinger likened to the most famous proverb
28:56Schrödinger's cat
28:57The cat that's roasted inside a box
28:59And with it comes a toxic radioactive atom that can decompose.
29:02The probability of this happening is 50%
29:03If the radioactive atom decayed
29:05The cat will die
29:05If it doesn't get solved, the cat will live.
29:07And you, my dear, stay out of it, don't open the box on her.
29:09The cat is effectively both alive and dead at the same time.
29:12Until you open it and see for yourself
29:14First thing, open it and check for yourself
29:15It will turn into something between them
29:16But as long as you haven't opened it
29:18All possibilities exist.
29:19Movement with the quantum, my dear
29:21I reached the scientific horse
29:22Even if the body has a barrier in front of it, it will still be stopped.
29:23And his energy doesn't reach the other side.
29:25Once there is a possibility
29:27It remains on the other side
29:28The oil disappears from the body, as explained.
29:30And it melts the other side very normally.
29:32There is a strange phenomenon, my dear, called
29:33Quantum tunneling
29:35A quantum tunneling
29:36This, my dear, happens constantly in the sun.
29:38Energy, freedom, the essence of the sun
29:40It is not sufficient mathematically
29:41So that the hydrogen nucleus can fuse
29:43So, my dear, a quantum tunnel occurs.
29:45Dear Al-Jathim, are you not familiar with the process?
29:46You have the energy to get through to me
29:47This tunnel leads you
29:48Looking forward to giving along
29:49Inside, my dear, the tunnel runs along
29:50merge
29:51But like Richard Feynman
29:52He had another explanation for the movement.
29:53The body, in order to move from one place to another
29:56He takes every possible route.
29:58He walks them if it's the same time, at the same time.
30:01So that in the end he chooses the quantitative average
30:03From all possibilities
30:04In what is known as the multipath theory
30:06The Azizi movement will remain in the future.
30:08It will have a completely different look
30:10Now let's move on to quantum theory.
30:11The phenomenon of quantum entanglement
30:13The laws of antangelmen
30:15Dee Zahra
30:15Shoza Dingle was talking about
30:17For the first time in 1935
30:18And the length of the imagined corpses
30:20A thousand and with it
30:21They were born together in the same interaction
30:22So they remained as if they were a quantitative group
30:24From the moment of their birth
30:25And a bond develops between them.
30:26If one of them changed his condition
30:27The TASI is changing at the same moment
30:28Let's find each other, my dear
30:29That happens no matter how far apart they are.
30:33Even if it's just one in our galaxy
30:34And the second is in the Andromeda Galaxy.
30:36That's very strange, my dear.
30:37Because that's something that happens
30:39Near Anastanias to me
30:40Here, my dear, intergalactic communication takes place.
30:43Oh, my body that's in another galaxy
30:44Let's go, you and me
30:45You come out of the same place
30:47From the same reaction
30:48I've changed
30:49Change
30:50Let's go
30:50This idea, my dear, was very bad.
30:51Our understanding of Eilstein
30:52He was saying
30:53What is this?
30:54This is Spooky Action at Distance
30:56What a fool!
30:56He thought this was Spooky Fiction at Distance
30:58In other words, my dear, you are acting like a devil remotely.
31:00But, my dear, after decades
31:02Quantum entanglement has been proven to be a scientific fact.
31:05If Einstein, my dear, were to be humiliated by him
31:06So when her neighborhood started chattering about something
31:08Stop holding it against him.
31:09Einstein didn't understand quantum mechanics.
31:11And he denied it
31:12And it's normal for a great world to have a life from the Nobel Prize-winning religion.
31:14And Zeina, who has been humiliating him since the first episode
31:16They had taken and placed a middle ground for the old color
31:18And I mention him in my episodes
31:20He makes mistakes, it's normal.
31:20And you, personally, are the subject with the philosophers of Yamam.
31:22Surah Zain Al-Jamihah
31:23Come, my dear, let's go back to 1997
31:25At the University of Innsbruck in Austria
31:26When the first quantum instantaneous teleportation experience occurs
31:30Or what is known as quantum teleportation
31:31Moving here is not transferring material
31:33But we are transferring the quantitative state
31:34Which is quantitative information
31:36The information contained in Photon
31:38Another photon goes to him, far away from him.
31:40In this case
31:40The original photon is disintegrating
31:41And it turns into a blank page
31:43And its properties and information are transferred
31:45To the second photon at the speed of light
31:46But there can't be two copies.
31:48Rather, it is the entity itself that is transferred.
31:50It's like transferring the soul from one body to another.
31:53And that's why, my dear, scientists began to think of it as the latest trend in movement.
31:56It is the transfer of human consciousness itself.
31:58I love anyone who gets close to my consciousness
32:01You'll deal with him in a way that will drown you.
32:03In the name of God, my brother, in the name of God
32:04You're so precious and aware, if you carry it on a flash drive, it's a shame it's only 4 kilobytes.
32:06You lack awareness
32:07You are your perception of the world
32:09Rats' perception
32:10Schrödinger's cat
32:11Why is he clinging to his consciousness?
32:12slippery
32:13Physicist Roger Penrose and Max Tegmark
32:15They were arguing, saying
32:17If consciousness itself consists of quantum physical processes
32:20Processes that occur inside the brain
32:21There are things that prevent us from replicating this quantitative state.
32:24We transfer it to a quantum computer.
32:26If we understand the quantitative state of neuronal networks in the brain
32:29Which are the stem cells in the nervous system
32:31We can theoretically reconstruct its area.
32:33And you remain, my dear
32:34It's inside the quantum computer
32:36Convert to folder
32:37Why does a physical body have advantages, Avatar?
32:38It's as if your soul is a robot suit.
32:40Your consciousness will remain on the computer forever.
32:43He moves from Avatar to Avatar
32:45At zero time anywhere in the world
32:47I'll be biased, my dear, against the universe.
32:49Just like light is biased
32:51This is not fiction
32:52Scientists want it and are studying the likelihood of actually achieving it.
32:54Four seasons in the land of Merwa went into this story
32:56I don't know anything
32:57Z's theory of Objective Reduction
32:59By Rutger Penrose and Stuart Hameroff
33:01She's talking about the Quantum Confidence project
33:04The project focuses on the processes that take place inside microtubules.
33:06These are tiny tubes in the internal structure of the neural imagination.
33:10It represents the movement and transport of materials within the cell.
33:12In this project, these processes can function as quantum information.
33:15And the looks suggest that consciousness itself
33:17Caused by quantum vibrations in the insulation of pipes
33:20That was my dear in America
33:21On the other hand, you have an initiative
33:22Initiative 2045
33:24This is what Dmitry Askov launched in Russia
33:26He launched it in 2011 with the aim of developing technologies
33:28Let's transfer the personality to a non-biological carrier.
33:31The one I told you about
33:33Their goal is not immediate transfer
33:34Rather, it is prolonging life
33:36The old human dream, my dear
33:38God did not curse goodness.
33:39Over time, a person becomes more inclined to wish for a lifetime.
33:41As Al-Dahih said in 2024
33:43The initiative, my dear, is structured in four stages.
33:45The first phase from 2015 to 2020
33:47We will create a robot or avatar controlled by humans using signals from their brains.
33:50Phase Two, from 2020 to 2025
33:52We will transfer a person's brain into a unit
33:54Life Support System Unit
33:55Through it, he will control this robot.
33:57To calculate the remaining amount from 2030 to 2035
34:00We will build a complete computer that mimics the brain and consciousness.
34:03And we work this awareness in the avatar
34:04The final stage of 2045
34:06And you are ushering in a new era for humanity.
34:08Where holographic depressions
34:10You don't need a physical body
34:11You will truly be light and energy, my dear.
34:14Thank you all
34:15I mean, I'm currently aiming for the 2025 deadline, which is supposed to be completed by now.
34:18Come on, honey, none of that happened.
34:20All of this came after the partial successes related to the first phase.
34:24This is something that companies like Elon Musk's Neuralink have achieved.
34:26When in 2045 it was estimated that it had created a network in the brain
34:30It allows you to control the mouse and the computer.
34:33It controls and moves the prosthetic limbs.
34:35So, my dear, the first stage is happening now.
34:37And Mask is still saying that there are many of their firsts, meaning
34:39Human consciousness, God willing, God willing, God willing
34:41We will switch to the robot
34:42And at that time, my dear, God willing, Khalid will be a human being.
34:45If you, my dear, dream of immortality, be hopeful.
34:47This scientific goal deserves more time.
34:49Let the initiative take its time, and everyone has their own luck.
34:52Movement, my dear, will always be present in everything around you.
34:54The matter revolves around the Earth
34:56And the Earth revolves around the sun
34:57The sun revolves around the center of the orbit
34:59And the galaxy is moving in its huge neck
35:01And the clusters that contain these galaxies
35:03It also moves in a spatially-like structure.
35:05A fabric filled with matter, dark energy, foam, and quantum mechanics
35:10At a party, my dear, in the universe
35:12The whole universe is moving, dancing, and expanding like a balloon.
35:15Its rate of expansion increases with time.
35:17A non-stop musical piece
35:19Before you, my dear, is someone who simply moves easily.
35:20The multiverse theory suggests that the universe might not just be a moving plain.
35:24It's possible that there could be an infinite number of universes moving together.
35:29Each of these universes operates according to its own laws of physics.
35:33And what about the superstring theory, my dear?
35:35And its version for Aniba is the theory of the mother of the umviri
35:38My dear, you suggest that everything from the atom to the galaxy
35:42Not masses of matter, but minute particles that vibrate
35:46Bjafibrite
35:46Strings move and produce notes
35:48This generates different types of matter and energy.
35:51Perhaps, my dear, your number on planet Earth prevents you from being aware of all these movements.
35:55But the principle of motion, as you might say, could be transcending science.
35:58From physics to mathematics to your life itself
36:01Your life requires you to move every moment, don't stand still.
36:04Whether you're chasing a bus or chasing a dream
36:06In the end, my dear, both as a universe and as a human being, as we saw in this episode
36:09Movement is a blessing
36:10A sentence summarizing philosophy and physics from Heraclitus to Aristotle
36:13From Newton to Einstein
36:15This universe has existed since the beginning and has been in motion.
36:17And we will keep moving even though Zeno
36:19Because, my dear, simply put, action creates reality.
36:21That's it, my dear, good or bad. Let's learn from the previous episode and then learn from the next one.
36:24We look for sources that we use on YouTube. Subscribe to the channel.
36:26Buhamad, I'm exhausted, and if the singer didn't come out with a Nubian effort, I don't have any opportunities. They were in front of me in the performance.
36:31Do you know, my dear Zeno, when his friends want to annoy him, they play him a song?
36:34Look at this movement
36:35No movement
36:37Not a fool, not a fool
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