How the Universe Works (2010–…): Season 5, Episode 5 - The Universe's Deadliest - full transcript
The ultimate guide to the worst places in the universe. There is Betelgeuse in its death throes and could become a supernova and the possibly a death star. Chuck, the crash-test dummy will be sent on travels to other deadly events,
In space, no one hears your cry
This is a shame, because the universe is more
violent and terrified of anything you imagine
,,, high collision - density n utrons stars
Collisions of newborn planets
,,, some race of genocide
And great black hole bursting
Multidose of deadly cosmic rays
,,, the stars are exploding
,,, gal xias collide
And where all types of fasteners
Radiation and shock waves
This is a comprehensive guide to
the worst points in the universe
Translated by:
dr_sameh_nour yahoo, com
Ways of working the universe
Deaths of the universe
Suppose you want an adventure
Unusual risks do not worry about risk and death
You want to risk the worst that the universe will give you.
Think again, because the universe has everything
,,, for those for life
And terrifying places
We are good and violent
There are Malayalam pockets, where things are
Beautiful, quiet and fit for life, like here
But there are places and times
Where it becomes violent and cruel
But you do not need to get on the wrong side On your way
to some of the most horrible corners of the universe
Some are close
The example of Gemini in the dead In the center
of the beautiful and powerful constellation
A red star is 640 light-years away.
Ready to die
Gemini is a huge red giant star
He looks red and red in the sky.
It is so good that if we put it in the solar system
it extends even to the distance of the buyer
A giant
When big stars die like al-Husseini
They are coming out in a huge explosion
This star is about to explode at a faster rate
And when he does it will be an incndndio
The g ficas are without gemeos
The nuclear fire in your heart is struggling with your
steadiness In front of the overwhelming gravity of its huge mass
When the g ses runs out, better come back.
No one can predict the weather
But the star will soon collapse
Imagine that you are near the surface of this star
before To die, before it becomes a greater threat
You will see the surface of this
star Lean back on you very quickly
As if I were on a beach and I saw the water Fall back
quickly and you realize that something bad is happening
The outer layers collapsed Beat the
pulp to make it thicker and thicker
The pulp compresses the star more
The g deves must go somewhere With an
explosive force we can hardly imagine
When the Gemini dies hastily The
best we talk about is a big disaster
The whole star explodes, hard That
half the amount of energy emitted
Imagine the energy the sun produces every second
They reached 31 million seconds a year, so they
multiply by 10 billion years in the life of the sun
This is the amount of energy
emitted by the Great Surgeon
The emitted energy a shock wave
of Light, heat and hot gases
Jump quickly thousands of kilometers
in Second to destroy everything
You will destroy any life on any planet
Revive around this explosive star
You must not book a trip to Gemini soon
And even if he died in a great calamity
For when he dies in the end
Can have an unpleasant surprise
,,, one of the most virulent bodies in the universe
Neutron star
Neutron stars are most
alike In undead vampires
She is a giant starfish that died
But these n utron stars have their
lives Horrible, you and stay close to it
Trillions and trillions tons of material
She squeezes a ball of Manhattan
Neutron star the heaviest object we
know Astrophysics next to the black hole
If you had a star of n utrons the size of a small stone It weighs
100 million cubic meters and will reach your immediate hand
Because the n utrons star is very
dense Creating a very attractive area
It is difficult to exaggerate the
excitation and gravity of the neutron star
The gravity where it can
This light shines around
You will see strange sparkling effects
Spicy but deadly
An astronaut can not. Never
approach a star of n utrons.
But if you travel theoretically
You want to know what's going on
Let's send a test tube for Hungarian shocks
"Let's call it" Chuck
Collision test dolls are fully dedicated species
To ensure human safety and self-sacrifice to do so
Whatever happens to him will be severe.
The best to be Donnie.
When Chuck approaches the neutron star
Gravitational attraction will be very bad
Gravity pulls heavily
until the surface decreases
It will move about half or two-thirds of the speed of light
The gravity of the n utron star is stronger
from Earth to Earth, two hundred billion times
Above the surface one hundred and fifty miles
"You'll start pulling Chuck's
limbs," and in a very ugly way
When the neutron star gets closer and closer
, We were told there were macroscopic effects
Where it spreads like a piece of spaghetti
But you will be really shattered.
Think about what you really will face.
Your joints will first be removed from your body
Your skin will take off from your body, and it will take off
Your bones are in your body and your bones will be ripped
"In an instant, Chuck shrinks" To a thin
bar of hurried ostomates toward the star
These atoms will fall The
end of the neutron star
Unfortunately, violence is not going to stay that way.
The remaining Chuck will hit the
surface To unleash a great power race
We're talking about a hundred thousand
Milhegundo, this is an accident.
It will be so difficult that
Free energy will be great
To overcome the arsenal of
nuclear weapons on our planet
From human approach and n utrons star
stone Will find this end inevitable
The n utrons star one of the most dangerous
objects What can be at any stage of its existence
If I met a neuron star when he was born, he would hear
me. You're near a great storm and it means death.
If you met a star of n utrons after
The end of the Great Surfer means death
If you are lucky or unlucky to fall, the n
utrons star will quickly deteriorate and break
If I have advice on n utrons stars For
our future travelers they will be absent
,,,,, and you approach a star of n utrons
,,, But Ndjeman Natronyan clash
This makes a stranger The most
powerful particle in the universe
The n utrons star definitely is not for the visit
Unless you wish to be shattered into oblivion
But the stars of Nitron can be worse
They make something weirder and deadlier
It can turn the whole universe into the living dead
,June 2013
NASA's "Swift" satellite monitored the
emission Lack of energy of a nearby galaxy
It was proof of the occurrence
Something very violent and energetic
It was a collision between two n estrelasron stars
When two n utrons collide, the amount
of energy in this overwhelming explosion
There is no description of this
The explosion produced more energy
What the sun produces during its life
the biggest explosion in The
Universe since the Big Bang
But maybe there is more of
Energy from the explosion
The stars will probably collide
Neutron produces something very strange
"A new virtual particle called" the strange particle
Foreign particles are called because they are composed of a
type of material that is not accompanied by anything around it
All the material around you consists of n utrons and pr tons
These consist of two types of quarks One of
them called al-'Alawi and the other al-Safali
Foreign particles are of a different
type "Quarks and call them" strange quark
Strange quarks can combine
Together to form larger particles
But it's not as ordinary things, it's not
like the neutrons and pr tons that compose us
a strange mixture called a strange particle
To understand exotic particles, scientists use a
theory they call the hypothesis of alien material
Affirms that exotic particles
can be a stable form of matter
And they can be formed in difficult conditions
The soles of the n utrons star may be the
place interesting to look for exotic material
If there were exotic particles
you would be where you could be
The pressure inside the nucleus of the neutron star can not be imagined
Too large to tolerate
Exotic particles composition
These exotic particles are two
positively charged and negatively charged
The positive charge legal, why
Negative ,,, You should be careful
Imagine exotic particles as a species
Of the dead living under the seed
When you bite it becomes a strange particle as well.
The kernels are transformed into
material Material normal to strange
If foreign particles are negatively released
Charge during collisions of neutron stars
They can initiate a serial interaction for
the transformation of any common material
This fast material conversion interaction takes place
between normal and exotic energy when you do it
" like the old fantasy film" The Bubble
Everything that touches the
bubble spins More bubbles
Foreign particles will consume the material Around the world
there is a rapid sequential effect that does not end well
When strange particles hit B "Chuck"
and turn it into a time bomb time
All that was "Chuck" of substance The normal
will quickly turn into foreign material
Not only does it change your identity,
this process has huge amounts of energy
When a nail size area is transformed into a foreign material
Explode to spread foreign particles through the space
When you begin to transfer a small amount
of the material to a foreign substance
The released energy seeks more foreign
particles to look for more material
The whole process will get worse and more
If strange particles hit a planet Like
land, the results will be catastrophic
Imagine the impact of these
Alien particles in our atmosphere
When they collide with these Toments
will become a foreign material
These strange substances will be generated.
More exotic things.
Strange bubbles will emerge from this site
At the same time, more and more energy is being
exported. What will create more exotic particles
Until the whole planet is consumed
In the strange particle explosion
Late fees run into space
Multidism of dead particles living dead Modern
configuration ready to destroy what it touches
A planet will become a strange substance, then the
planet Then, then the star, then the next star
In this way, strange galaxies are formed
Exotic particles can be realized
Transforming the whole universe
How are we still here?
We saw starred collisions Neutron
Where is the alien particle?
On the one hand, do not consist of
material Strange may not exist or not occur
On the other hand, the space, where precise
Particles of material alienated millions of years
Come to a great galaxy next
Even if they moved at the speed of light
It could have happened and it has not arrived yet.
There may be conflicting n utrons stars Far at
the ends of the universe are strange particles
The future will tell us
But the stars of neutrons are not the source
The only mortal particle in the universe
There are thousands of millions of
people in the heart of our galaxy
Via L ctea, gal xia of our mother
With more than 100 thousand light years
Opening up stunning sands and hundreds of billions of stars
These stars revolve around the center of the galaxy,
rotating around a large black hole called Rami-a
She looks incredible, but her glow deadly
To add the heart of our galaxy to our
list To the worst points in the universe
Larger radiation plants In
the universe are the stars
Burning through these interactions
Nuclear, which makes the light we know
The bigger the star and the mass its temperature
increased and its radiation became more dangerous
The h ngaro kernel houses the most active stars
If we visited her by our dawn A
storm of intense radioactivity
Radiation is very dangerous and bad.
But if you think about it, it surrounds us
Radiao no light image
Now I'm radiant I'm a warm
entity, that's radiate
Some Benign and good
radiation without the other
Some have low energy and high energy
When you are exposed to higher
energies It becomes more dangerous
Because it absorbs your cells
This energy can destroy you
This type of radiation is
called electromagnetic radiation
X-rays and gamma are very powerful where they can
cause radiological morbidity and death in some cases
Then another type of
radiation called cosmic rays
Particles under atomic motion
The speed of light approx,
New research assumes that the most active
Cosmic radiation does not come from the stars
But of the super large black holes
When people notice black holes
about being black absorbing light
It may surprise you that when something falls
down With the black hole, it gets warmer
Can address a high potency
competitor over the black hole
When this substance falls into the black hole
They fall with this disk and then the wind blows
Because this disk very hot Blow
particles under atomic compensations
This is not an article inside the black hole But when it
falls, it will become the universe's strongest radium
Large black holes work Like an
accelerated particle accelerator
Particles of heat And detonate
it from a competitor of its pÃlos
Extremely powerful
t o powerful that accelerates Particles
up to 99.99 percent of the speed of light
This is very fast.
This is the maximum acceleration of particles
Accelerated particles are only cosmic rays
The cosmic rays are the most active
The particles we know in the universe
It may be a pr ton But it has
been accelerated to super speeds
You could hit a ball like
a hundred miles an hour.
They are small cosmic shots.
If you hit one of them, you
can Tipping DNA in your cells
Or rupture of the same cell
Our sunscreen is the opposite of
most cosmic rays that are close to us
But outside that magnetic
bubble, we will be exposed to it
Even the spaceship will not protect us. "
To protect yourself from radiation
Particles need to be careful
You may think we are using a huge arrival
layer and will fulfill the purpose
But it turned out to make things worse.
Planetary scientist Dan Dorda explains
Install balloons in a palette to represent cells
I feel scary, I represent The
body here one cell above another
A half-inch thickness Represents the
protective structure of a spacecraft
A shot representing the cosmic ray
I will release this cosmic heat beam into our solar
system and see what our spatial vehicle does
When the shot hits the metal, it is scattered to and
a barrage of shards spreads and hits the balloons
The same applies to cosmic rays
These small particles will attack the metal and release
a group of electrons outside the atoms in the metal
So these el trons come to you
Instead of being shocked by a particle,
many particles will hit you and that's bad.
If these were the cells of your
body, it would be a serious problem.
Because when the cosmic rays explode through a wall
The spacecraft is divided into its atomic levels
No damage from a beam Be
one and explode a cell
All these fragments are
atomic Many cells explode
This human cell model represents the
great challenge for future space travelers
How to protect yourself from these
high energy Hungarian cosmic rays?
You do not want this to happen to your
Nuclear acid or cells in your body.
Center of the Gal xia Forbidden
Area, not a travel area
We are lucky to live far away The
center protects us from the sun
It may seem we are not lucky We
live in the outskirts of gal xia
Far from the center Thirty
thousand light-years away
But it may be the best place to live.
Then on our tour of the worst points in the universe
Cosmic Nursery ,,, The origin of stars and planets
But you will not be prostrate here
'Cause a rifle stuffed with cosmic shots
We saw the death of the stars
Now we are witnessing the birth of the planetary system
A beautiful family of planets
Consists of some form of g s and p
Who does not want to see that close?
You do not want to be the most beautiful Bekaa in the universe
Where it turns out that the birth of planets can be deadly
This "LK-A-15", a star Four hundred
and fifty light-years distant
Close to our sun mass
Surrounded by a primitive dust
disk G s, and generate new planets
When the planets are formed, there is a
disk Of the elements around the young star
The planets are basically constituted by
all The things that applaud and applaud
They grow in size and then buy the
attractiveness of the material for this
The formation of planets as a race of extermion
There is a similarity in race cars on a track
and spin in circles at different speeds
The same applies to planets
Rotate the material around the sun and
rotate Several speeds, angles and orbits
These materials sometimes collide and lack a
larger body, and so the planets grow, so formed
It looks good from afar although if approached,
you will be surrounded by accelerated elements
Elements, dust, sandstones, even larger rocks
Moving orbital velocities around this initial star
We're talking about 10.15 or 20 miles per second
You may think that big rocks are the most
dangerous But in space it is not necessarily so
Large rocks can be seen and tracked
Things of this size can be traced back in space.
But this size is hard to find They are
in space and do not know how to get there
Even if we were afraid of big stones
The more you are in space, the better.
Beware of small stones fast
If a small rock hits a speed of forty thousand
miles per hour with the collision test tester
You know the rules of the base ball, you should wear a helmet
Because the ball moves toward him at a hundred
miles If he hits his head, he can kill him
Imagine that the ball goes faster by a thousand.
Once you make a hole with the player's head
You're not even going to slow down, so these things are dangerous.
The v cuo filled around
the star In varied sizes
Rocks rotate and crumble and collide and cling
a terrible hostile environment For
"Chuck", will hit repeatedly and strongly
You'll see it shattered.
Put "Chuck" on the primitive planetary disk This
is like picking up a gun and pressing the trigger
There are huge amounts of
material moving at super speeds
And it will hit him and separate him
And if I wanted something quiet and destined
One of the quieter points in the universe
Far from serious sins
Topics can be misleading
Because even a visit more abundant
The empty universe can be a nightmare
Where it can make something thinner than corn The
period of the light years to tear it into slices
When we look at the c u, we see Billions
of galaxies and trillions of stars
In general, they appear to be equal distances
But in 2015, scientists observed something strange
From time to time, we discovered that Xia can not explain
There is a larger area Cold
and empty than you should
There is not much material l
There are not many galaxies, there is
no Great energy and it calls it blank
Some are so big we call them giant spaces
One of these giant blank spaces With
a width of 1.8 billion light-years
Making it the largest single installation
This volume has less than 20% of material
And thousands of less than 10,000 expected
That equals almost a trillion missing stars
We are not sure how to create a giant gap
We know that the galaxy layer has been identified since the beginning of the universe
It makes sense to look at the Big Bang
Or especially for the incipient image of the
universe When he was only 380 thousand years old
a microwave background radiation snapshot
Great Bang Heat Standard
When we look at the Microbial background radiation
maps see different colors, red and blue
Not in real colors, but artificial
GPS warmer and cooler than normal
The big difference is probably not part of ten thousand
The Bekaa seems to warm up a little more material
Continue to be galaxies and all The
structures we observe in the universe today
The coldest Bekaa has fewer materials and no complex structure
Some of these less dense areas are thought to believe
You just finished creating giant blank spaces
These spaces may be silent though
it may harbor some strange phenomena
Phenomenon as the cosmic tendon
completely hypothetical, we do not know its existence
But it probably originated when the universe was newly created
It is believed that the newborn universe is extremely hot and dense
When the cold began, cracks were
made in the fabric of time and space.
The cracks are thin and dense
These cosmic strings are strange
Because one-dimensional and very heavy
It is believed to be thinner than pr ton, but very dense
Only ten miles from the rope The universe
can surpass the weight of the Earth
Imagine all this mass and energy
in an object of a single dimension
as one of the strongest knives in the universe
What happens if you find a doll
The collision test and Tara Konya?
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A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A
Cosmic tendencies do things Stranger
from the space that hides it
Twist and distort time and place
After cutting "Chuck" in half, he does The
tendon crushed the head and the feet together
When Chuck confronts this universal string Forging
this faces the opposite of the noodle effect
It becomes like a pie
The giant void spacey and legal and missing materials
Our final site is quite different
dense ,,, hot ,,, violent ,,, and full of material
It is also the site of the fiercest battle in the history of the universe.
Battle of the composition of everything
Our first list in the worst points of the universe
He oppressed her
The time and space generator
The Big Bang
The universe is full of wonders
All appeared in the first second of existence
But it did not happen
The article must first prevail in a battle of survival
When the universe was born
Fill in the space we call the primitive fireball
Imagine the scene
,,, heat winds
,,, intense pressure
It would be a scary place to visit
The radiation will crush you and burn you and blow you up.
But there is a worse battle between particles The
material will determine the future of the universe
"Equation" Einstein "Energy
= mass * square speed"
Tell us the possibility of converting the energy of an article
And in this newly born universe, it turns out
Particles of primordial material shine to exist
But there is a problem, the material comes in two forms
Normal and antimatter
We all know the normal article, we see
it around us, but what about antimatter?
No antimatter As mysterious
as most people think
Antimatter is a Normal
but opposite substance
There are pr tons and pr tons
The proton at the core of the
Hydrogen Anti-Pr tons may be present
The proton has a reverse charge of the pr ton
Countermeasures are not serious in themselves
But when you play the material, it's completely different
What happens at the end when we meet A substance and
an antidote, and they will be shown to each other
Turning them into abstract energy
This is an essential example of equal energy The
block has reached the speed of square light
Einstein's famous equation
It can carry a mass of particles
AND another mass and it mixes them
As they are a substance and an
antidote They produce abstract energy
The newly born universe was a battlefield between
matter The antiparticle is in an annihilation revolt
What makes you wonder how the universe formed?
Of the article? Why did not he end it all?
There were equal amounts of
the article and antimatter
They must be exterminated in the early universe
because Particles dissipate particles of antimatter
There will be radiant radiation
The incredible that we live in the universe consists
up to where we see only particles of matter
In the primordial universe, there is no need
Balance between material and antimatter
The universe was born in equal
quantities of the article and antimatter
But for every billion pieces of antimatter
H one billion and one particle of matter
This small difference was enough
to make the entire universe
We know that antimatter destroyed the article
Were we annihilated if we were particle of antimatter?
The antimatter is a fantasy thing Scientists,
of course, exterminate the substance
People think that if particles come
in Counter-material in this room
We are safe, since the
amount of antimatter fine
But back to the universe Waleed
The story completely different
There were many articles
If you wander "Chuck" into a
cloud Of antimatter will end
"But what happens if you come in" Chuck
In this rich antimatter environment
That every particle in your body will interact
with antimatter becomes abstract energy
Chuck will disappear with great light
Chuck will become a light entity
We took a tour of the worst parts of the visit
And the worst things we see in the universe
There are many things in the universe that look like
A scientific imagination, but based on real science
Anything that can kill you
,,, the p can kill you
Explosive stars, the heat of the stars
Gravity of black holes and radiation
All these things are dangerous, where you may ask
yourself, Do not you stay at the safest ground?
But Otdron? Ships are safer in port
But this is not the purpose of ships
All these risks that are monitored in
Spain, I am happy to be here on Earth
Unless there is space appearance
With the ship and then I'm here
The paradox with these dangerous places
We could not be here without them
But our universe exists because of the defeat of the Matter
of antimatter and the destruction of the Great Explosion
But we are present because of the explosion of a great surfer
and rose He published the elements that created the planets
Falcon d e tira
The universe may seem scary, but we do not have
We can exist by the occurrence of supernovae
Even though these things out of
the world of our observations
What runs in the universe?
This is a shame, because the universe is more
violent and terrified of anything you imagine
,,, high collision - density n utrons stars
Collisions of newborn planets
,,, some race of genocide
And great black hole bursting
Multidose of deadly cosmic rays
,,, the stars are exploding
,,, gal xias collide
And where all types of fasteners
Radiation and shock waves
This is a comprehensive guide to
the worst points in the universe
Translated by:
dr_sameh_nour yahoo, com
Ways of working the universe
Deaths of the universe
Suppose you want an adventure
Unusual risks do not worry about risk and death
You want to risk the worst that the universe will give you.
Think again, because the universe has everything
,,, for those for life
And terrifying places
We are good and violent
There are Malayalam pockets, where things are
Beautiful, quiet and fit for life, like here
But there are places and times
Where it becomes violent and cruel
But you do not need to get on the wrong side On your way
to some of the most horrible corners of the universe
Some are close
The example of Gemini in the dead In the center
of the beautiful and powerful constellation
A red star is 640 light-years away.
Ready to die
Gemini is a huge red giant star
He looks red and red in the sky.
It is so good that if we put it in the solar system
it extends even to the distance of the buyer
A giant
When big stars die like al-Husseini
They are coming out in a huge explosion
This star is about to explode at a faster rate
And when he does it will be an incndndio
The g ficas are without gemeos
The nuclear fire in your heart is struggling with your
steadiness In front of the overwhelming gravity of its huge mass
When the g ses runs out, better come back.
No one can predict the weather
But the star will soon collapse
Imagine that you are near the surface of this star
before To die, before it becomes a greater threat
You will see the surface of this
star Lean back on you very quickly
As if I were on a beach and I saw the water Fall back
quickly and you realize that something bad is happening
The outer layers collapsed Beat the
pulp to make it thicker and thicker
The pulp compresses the star more
The g deves must go somewhere With an
explosive force we can hardly imagine
When the Gemini dies hastily The
best we talk about is a big disaster
The whole star explodes, hard That
half the amount of energy emitted
Imagine the energy the sun produces every second
They reached 31 million seconds a year, so they
multiply by 10 billion years in the life of the sun
This is the amount of energy
emitted by the Great Surgeon
The emitted energy a shock wave
of Light, heat and hot gases
Jump quickly thousands of kilometers
in Second to destroy everything
You will destroy any life on any planet
Revive around this explosive star
You must not book a trip to Gemini soon
And even if he died in a great calamity
For when he dies in the end
Can have an unpleasant surprise
,,, one of the most virulent bodies in the universe
Neutron star
Neutron stars are most
alike In undead vampires
She is a giant starfish that died
But these n utron stars have their
lives Horrible, you and stay close to it
Trillions and trillions tons of material
She squeezes a ball of Manhattan
Neutron star the heaviest object we
know Astrophysics next to the black hole
If you had a star of n utrons the size of a small stone It weighs
100 million cubic meters and will reach your immediate hand
Because the n utrons star is very
dense Creating a very attractive area
It is difficult to exaggerate the
excitation and gravity of the neutron star
The gravity where it can
This light shines around
You will see strange sparkling effects
Spicy but deadly
An astronaut can not. Never
approach a star of n utrons.
But if you travel theoretically
You want to know what's going on
Let's send a test tube for Hungarian shocks
"Let's call it" Chuck
Collision test dolls are fully dedicated species
To ensure human safety and self-sacrifice to do so
Whatever happens to him will be severe.
The best to be Donnie.
When Chuck approaches the neutron star
Gravitational attraction will be very bad
Gravity pulls heavily
until the surface decreases
It will move about half or two-thirds of the speed of light
The gravity of the n utron star is stronger
from Earth to Earth, two hundred billion times
Above the surface one hundred and fifty miles
"You'll start pulling Chuck's
limbs," and in a very ugly way
When the neutron star gets closer and closer
, We were told there were macroscopic effects
Where it spreads like a piece of spaghetti
But you will be really shattered.
Think about what you really will face.
Your joints will first be removed from your body
Your skin will take off from your body, and it will take off
Your bones are in your body and your bones will be ripped
"In an instant, Chuck shrinks" To a thin
bar of hurried ostomates toward the star
These atoms will fall The
end of the neutron star
Unfortunately, violence is not going to stay that way.
The remaining Chuck will hit the
surface To unleash a great power race
We're talking about a hundred thousand
Milhegundo, this is an accident.
It will be so difficult that
Free energy will be great
To overcome the arsenal of
nuclear weapons on our planet
From human approach and n utrons star
stone Will find this end inevitable
The n utrons star one of the most dangerous
objects What can be at any stage of its existence
If I met a neuron star when he was born, he would hear
me. You're near a great storm and it means death.
If you met a star of n utrons after
The end of the Great Surfer means death
If you are lucky or unlucky to fall, the n
utrons star will quickly deteriorate and break
If I have advice on n utrons stars For
our future travelers they will be absent
,,,,, and you approach a star of n utrons
,,, But Ndjeman Natronyan clash
This makes a stranger The most
powerful particle in the universe
The n utrons star definitely is not for the visit
Unless you wish to be shattered into oblivion
But the stars of Nitron can be worse
They make something weirder and deadlier
It can turn the whole universe into the living dead
,June 2013
NASA's "Swift" satellite monitored the
emission Lack of energy of a nearby galaxy
It was proof of the occurrence
Something very violent and energetic
It was a collision between two n estrelasron stars
When two n utrons collide, the amount
of energy in this overwhelming explosion
There is no description of this
The explosion produced more energy
What the sun produces during its life
the biggest explosion in The
Universe since the Big Bang
But maybe there is more of
Energy from the explosion
The stars will probably collide
Neutron produces something very strange
"A new virtual particle called" the strange particle
Foreign particles are called because they are composed of a
type of material that is not accompanied by anything around it
All the material around you consists of n utrons and pr tons
These consist of two types of quarks One of
them called al-'Alawi and the other al-Safali
Foreign particles are of a different
type "Quarks and call them" strange quark
Strange quarks can combine
Together to form larger particles
But it's not as ordinary things, it's not
like the neutrons and pr tons that compose us
a strange mixture called a strange particle
To understand exotic particles, scientists use a
theory they call the hypothesis of alien material
Affirms that exotic particles
can be a stable form of matter
And they can be formed in difficult conditions
The soles of the n utrons star may be the
place interesting to look for exotic material
If there were exotic particles
you would be where you could be
The pressure inside the nucleus of the neutron star can not be imagined
Too large to tolerate
Exotic particles composition
These exotic particles are two
positively charged and negatively charged
The positive charge legal, why
Negative ,,, You should be careful
Imagine exotic particles as a species
Of the dead living under the seed
When you bite it becomes a strange particle as well.
The kernels are transformed into
material Material normal to strange
If foreign particles are negatively released
Charge during collisions of neutron stars
They can initiate a serial interaction for
the transformation of any common material
This fast material conversion interaction takes place
between normal and exotic energy when you do it
" like the old fantasy film" The Bubble
Everything that touches the
bubble spins More bubbles
Foreign particles will consume the material Around the world
there is a rapid sequential effect that does not end well
When strange particles hit B "Chuck"
and turn it into a time bomb time
All that was "Chuck" of substance The normal
will quickly turn into foreign material
Not only does it change your identity,
this process has huge amounts of energy
When a nail size area is transformed into a foreign material
Explode to spread foreign particles through the space
When you begin to transfer a small amount
of the material to a foreign substance
The released energy seeks more foreign
particles to look for more material
The whole process will get worse and more
If strange particles hit a planet Like
land, the results will be catastrophic
Imagine the impact of these
Alien particles in our atmosphere
When they collide with these Toments
will become a foreign material
These strange substances will be generated.
More exotic things.
Strange bubbles will emerge from this site
At the same time, more and more energy is being
exported. What will create more exotic particles
Until the whole planet is consumed
In the strange particle explosion
Late fees run into space
Multidism of dead particles living dead Modern
configuration ready to destroy what it touches
A planet will become a strange substance, then the
planet Then, then the star, then the next star
In this way, strange galaxies are formed
Exotic particles can be realized
Transforming the whole universe
How are we still here?
We saw starred collisions Neutron
Where is the alien particle?
On the one hand, do not consist of
material Strange may not exist or not occur
On the other hand, the space, where precise
Particles of material alienated millions of years
Come to a great galaxy next
Even if they moved at the speed of light
It could have happened and it has not arrived yet.
There may be conflicting n utrons stars Far at
the ends of the universe are strange particles
The future will tell us
But the stars of neutrons are not the source
The only mortal particle in the universe
There are thousands of millions of
people in the heart of our galaxy
Via L ctea, gal xia of our mother
With more than 100 thousand light years
Opening up stunning sands and hundreds of billions of stars
These stars revolve around the center of the galaxy,
rotating around a large black hole called Rami-a
She looks incredible, but her glow deadly
To add the heart of our galaxy to our
list To the worst points in the universe
Larger radiation plants In
the universe are the stars
Burning through these interactions
Nuclear, which makes the light we know
The bigger the star and the mass its temperature
increased and its radiation became more dangerous
The h ngaro kernel houses the most active stars
If we visited her by our dawn A
storm of intense radioactivity
Radiation is very dangerous and bad.
But if you think about it, it surrounds us
Radiao no light image
Now I'm radiant I'm a warm
entity, that's radiate
Some Benign and good
radiation without the other
Some have low energy and high energy
When you are exposed to higher
energies It becomes more dangerous
Because it absorbs your cells
This energy can destroy you
This type of radiation is
called electromagnetic radiation
X-rays and gamma are very powerful where they can
cause radiological morbidity and death in some cases
Then another type of
radiation called cosmic rays
Particles under atomic motion
The speed of light approx,
New research assumes that the most active
Cosmic radiation does not come from the stars
But of the super large black holes
When people notice black holes
about being black absorbing light
It may surprise you that when something falls
down With the black hole, it gets warmer
Can address a high potency
competitor over the black hole
When this substance falls into the black hole
They fall with this disk and then the wind blows
Because this disk very hot Blow
particles under atomic compensations
This is not an article inside the black hole But when it
falls, it will become the universe's strongest radium
Large black holes work Like an
accelerated particle accelerator
Particles of heat And detonate
it from a competitor of its pÃlos
Extremely powerful
t o powerful that accelerates Particles
up to 99.99 percent of the speed of light
This is very fast.
This is the maximum acceleration of particles
Accelerated particles are only cosmic rays
The cosmic rays are the most active
The particles we know in the universe
It may be a pr ton But it has
been accelerated to super speeds
You could hit a ball like
a hundred miles an hour.
They are small cosmic shots.
If you hit one of them, you
can Tipping DNA in your cells
Or rupture of the same cell
Our sunscreen is the opposite of
most cosmic rays that are close to us
But outside that magnetic
bubble, we will be exposed to it
Even the spaceship will not protect us. "
To protect yourself from radiation
Particles need to be careful
You may think we are using a huge arrival
layer and will fulfill the purpose
But it turned out to make things worse.
Planetary scientist Dan Dorda explains
Install balloons in a palette to represent cells
I feel scary, I represent The
body here one cell above another
A half-inch thickness Represents the
protective structure of a spacecraft
A shot representing the cosmic ray
I will release this cosmic heat beam into our solar
system and see what our spatial vehicle does
When the shot hits the metal, it is scattered to and
a barrage of shards spreads and hits the balloons
The same applies to cosmic rays
These small particles will attack the metal and release
a group of electrons outside the atoms in the metal
So these el trons come to you
Instead of being shocked by a particle,
many particles will hit you and that's bad.
If these were the cells of your
body, it would be a serious problem.
Because when the cosmic rays explode through a wall
The spacecraft is divided into its atomic levels
No damage from a beam Be
one and explode a cell
All these fragments are
atomic Many cells explode
This human cell model represents the
great challenge for future space travelers
How to protect yourself from these
high energy Hungarian cosmic rays?
You do not want this to happen to your
Nuclear acid or cells in your body.
Center of the Gal xia Forbidden
Area, not a travel area
We are lucky to live far away The
center protects us from the sun
It may seem we are not lucky We
live in the outskirts of gal xia
Far from the center Thirty
thousand light-years away
But it may be the best place to live.
Then on our tour of the worst points in the universe
Cosmic Nursery ,,, The origin of stars and planets
But you will not be prostrate here
'Cause a rifle stuffed with cosmic shots
We saw the death of the stars
Now we are witnessing the birth of the planetary system
A beautiful family of planets
Consists of some form of g s and p
Who does not want to see that close?
You do not want to be the most beautiful Bekaa in the universe
Where it turns out that the birth of planets can be deadly
This "LK-A-15", a star Four hundred
and fifty light-years distant
Close to our sun mass
Surrounded by a primitive dust
disk G s, and generate new planets
When the planets are formed, there is a
disk Of the elements around the young star
The planets are basically constituted by
all The things that applaud and applaud
They grow in size and then buy the
attractiveness of the material for this
The formation of planets as a race of extermion
There is a similarity in race cars on a track
and spin in circles at different speeds
The same applies to planets
Rotate the material around the sun and
rotate Several speeds, angles and orbits
These materials sometimes collide and lack a
larger body, and so the planets grow, so formed
It looks good from afar although if approached,
you will be surrounded by accelerated elements
Elements, dust, sandstones, even larger rocks
Moving orbital velocities around this initial star
We're talking about 10.15 or 20 miles per second
You may think that big rocks are the most
dangerous But in space it is not necessarily so
Large rocks can be seen and tracked
Things of this size can be traced back in space.
But this size is hard to find They are
in space and do not know how to get there
Even if we were afraid of big stones
The more you are in space, the better.
Beware of small stones fast
If a small rock hits a speed of forty thousand
miles per hour with the collision test tester
You know the rules of the base ball, you should wear a helmet
Because the ball moves toward him at a hundred
miles If he hits his head, he can kill him
Imagine that the ball goes faster by a thousand.
Once you make a hole with the player's head
You're not even going to slow down, so these things are dangerous.
The v cuo filled around
the star In varied sizes
Rocks rotate and crumble and collide and cling
a terrible hostile environment For
"Chuck", will hit repeatedly and strongly
You'll see it shattered.
Put "Chuck" on the primitive planetary disk This
is like picking up a gun and pressing the trigger
There are huge amounts of
material moving at super speeds
And it will hit him and separate him
And if I wanted something quiet and destined
One of the quieter points in the universe
Far from serious sins
Topics can be misleading
Because even a visit more abundant
The empty universe can be a nightmare
Where it can make something thinner than corn The
period of the light years to tear it into slices
When we look at the c u, we see Billions
of galaxies and trillions of stars
In general, they appear to be equal distances
But in 2015, scientists observed something strange
From time to time, we discovered that Xia can not explain
There is a larger area Cold
and empty than you should
There is not much material l
There are not many galaxies, there is
no Great energy and it calls it blank
Some are so big we call them giant spaces
One of these giant blank spaces With
a width of 1.8 billion light-years
Making it the largest single installation
This volume has less than 20% of material
And thousands of less than 10,000 expected
That equals almost a trillion missing stars
We are not sure how to create a giant gap
We know that the galaxy layer has been identified since the beginning of the universe
It makes sense to look at the Big Bang
Or especially for the incipient image of the
universe When he was only 380 thousand years old
a microwave background radiation snapshot
Great Bang Heat Standard
When we look at the Microbial background radiation
maps see different colors, red and blue
Not in real colors, but artificial
GPS warmer and cooler than normal
The big difference is probably not part of ten thousand
The Bekaa seems to warm up a little more material
Continue to be galaxies and all The
structures we observe in the universe today
The coldest Bekaa has fewer materials and no complex structure
Some of these less dense areas are thought to believe
You just finished creating giant blank spaces
These spaces may be silent though
it may harbor some strange phenomena
Phenomenon as the cosmic tendon
completely hypothetical, we do not know its existence
But it probably originated when the universe was newly created
It is believed that the newborn universe is extremely hot and dense
When the cold began, cracks were
made in the fabric of time and space.
The cracks are thin and dense
These cosmic strings are strange
Because one-dimensional and very heavy
It is believed to be thinner than pr ton, but very dense
Only ten miles from the rope The universe
can surpass the weight of the Earth
Imagine all this mass and energy
in an object of a single dimension
as one of the strongest knives in the universe
What happens if you find a doll
The collision test and Tara Konya?
The cosmic ,,,,,,,,,,,,,,,,,,,,,,,,,,,,, A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A
A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A
Cosmic tendencies do things Stranger
from the space that hides it
Twist and distort time and place
After cutting "Chuck" in half, he does The
tendon crushed the head and the feet together
When Chuck confronts this universal string Forging
this faces the opposite of the noodle effect
It becomes like a pie
The giant void spacey and legal and missing materials
Our final site is quite different
dense ,,, hot ,,, violent ,,, and full of material
It is also the site of the fiercest battle in the history of the universe.
Battle of the composition of everything
Our first list in the worst points of the universe
He oppressed her
The time and space generator
The Big Bang
The universe is full of wonders
All appeared in the first second of existence
But it did not happen
The article must first prevail in a battle of survival
When the universe was born
Fill in the space we call the primitive fireball
Imagine the scene
,,, heat winds
,,, intense pressure
It would be a scary place to visit
The radiation will crush you and burn you and blow you up.
But there is a worse battle between particles The
material will determine the future of the universe
"Equation" Einstein "Energy
= mass * square speed"
Tell us the possibility of converting the energy of an article
And in this newly born universe, it turns out
Particles of primordial material shine to exist
But there is a problem, the material comes in two forms
Normal and antimatter
We all know the normal article, we see
it around us, but what about antimatter?
No antimatter As mysterious
as most people think
Antimatter is a Normal
but opposite substance
There are pr tons and pr tons
The proton at the core of the
Hydrogen Anti-Pr tons may be present
The proton has a reverse charge of the pr ton
Countermeasures are not serious in themselves
But when you play the material, it's completely different
What happens at the end when we meet A substance and
an antidote, and they will be shown to each other
Turning them into abstract energy
This is an essential example of equal energy The
block has reached the speed of square light
Einstein's famous equation
It can carry a mass of particles
AND another mass and it mixes them
As they are a substance and an
antidote They produce abstract energy
The newly born universe was a battlefield between
matter The antiparticle is in an annihilation revolt
What makes you wonder how the universe formed?
Of the article? Why did not he end it all?
There were equal amounts of
the article and antimatter
They must be exterminated in the early universe
because Particles dissipate particles of antimatter
There will be radiant radiation
The incredible that we live in the universe consists
up to where we see only particles of matter
In the primordial universe, there is no need
Balance between material and antimatter
The universe was born in equal
quantities of the article and antimatter
But for every billion pieces of antimatter
H one billion and one particle of matter
This small difference was enough
to make the entire universe
We know that antimatter destroyed the article
Were we annihilated if we were particle of antimatter?
The antimatter is a fantasy thing Scientists,
of course, exterminate the substance
People think that if particles come
in Counter-material in this room
We are safe, since the
amount of antimatter fine
But back to the universe Waleed
The story completely different
There were many articles
If you wander "Chuck" into a
cloud Of antimatter will end
"But what happens if you come in" Chuck
In this rich antimatter environment
That every particle in your body will interact
with antimatter becomes abstract energy
Chuck will disappear with great light
Chuck will become a light entity
We took a tour of the worst parts of the visit
And the worst things we see in the universe
There are many things in the universe that look like
A scientific imagination, but based on real science
Anything that can kill you
,,, the p can kill you
Explosive stars, the heat of the stars
Gravity of black holes and radiation
All these things are dangerous, where you may ask
yourself, Do not you stay at the safest ground?
But Otdron? Ships are safer in port
But this is not the purpose of ships
All these risks that are monitored in
Spain, I am happy to be here on Earth
Unless there is space appearance
With the ship and then I'm here
The paradox with these dangerous places
We could not be here without them
But our universe exists because of the defeat of the Matter
of antimatter and the destruction of the Great Explosion
But we are present because of the explosion of a great surfer
and rose He published the elements that created the planets
Falcon d e tira
The universe may seem scary, but we do not have
We can exist by the occurrence of supernovae
Even though these things out of
the world of our observations
What runs in the universe?