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Through our galaxy, there is a pull
Amazing gas and dust
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Seals
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Contains the secrets of the circle of cosmic life
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The birth and death of stars, planets and humans
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Those things are the cradle of creation
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You have a close relationship with the feasts
You are the vows of life
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The story of our solar system begins with the nebula
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If you want to build a solar system, you will need a nebula
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Look around you, all you see
Everywhere was a day inside a mist
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Scientists are now raising the curtain
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They open our eyes in front of the extension
The true expanses of our universe
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They solve the mysteries of these creation engines
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There are mysteries hiding within them
that we did not even imagine
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Milky Way, full spiral galaxy
With areas of gas and dust called the embankments
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Everyone has their preferences
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I love the horse head nebula, looks great
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I have always been fascinated by the mist of the cat's eye
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My favorite nebula is the mighty nebula
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Maybe the mighty nebula
The best place to understand the emergence of stars
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It is here in our art
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The mighty nebula is one of the most famous of the dams
You can go out at night and see your eyes
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Man kept watching that patch
Blurred from heaven for centuries
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The civilization of Maya in Central America is the fire of creation
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The Mayans were more right than they knew
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Almost every part can be seen from
The life cycle of stars in the nebula
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We can not understand the life cycle of stars
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Without understanding the life cycle of the dams
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They are intertwined
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The mighty nebula has everything, from massive stars
On the brink of death to a gas-guzzling birth star
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You can see the thin threads of materials, curtains
Which enveloped the fledgling stars
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The columns hit each other and Tron
Nogoma makes its way through gas withdrawal
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, You see this hive
Frenetic activity, working before us
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In 2018, using new data, it is manufactured
NASA envisioned a stunning outline of the depths of the mighty
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We have for the first time in history tools
Fit to explore the hearts of those embellishments
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It was beautiful when starting out but we have now
Clearer images to appreciate the greatness of this structure
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In the heart of the mighty are clusters of young stars
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Burst charged particles and solar wind
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To open a gap in the middle to make a window inside
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We see the structures in their origin
We can see the processes happening before our eyes
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The intense starlight of the clusters activates
The gas next to it is blue and blue
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The pink comes from the emitted light
Of hydrogen atoms in the nebula
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Glows like gas in neon lights
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Blue comes from the light emitted by the stars
New warm and reflective dust particles
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Those new hot stars illuminate the mighty nebula
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But she was born basically in the dark
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There is a distinctive type of embellishments
The dark nebula is called
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It becomes so basically when
Dust concentrations are larger
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Thick dust clouds are obscured
The visible light of the stars behind them
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To make shaded shapes such as the horse head nebula
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This mist is very large and dense and has
A mass enough to make thirty stars the size of our sun
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Astronomers can now stare inside
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We have only recently been able to start doing so
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Thanks to detectors
Seeing infrared light
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Infrared light allows us to see through
Dust the nebula and see what happens in the interior
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Humans can not see the light below
Red but we can sensor it as heat
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The detectors tell us that dark clouds are formed
The stars are hundreds of degrees Fahrenheit below zero
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But in the basement with hot basins
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If you look at infrared light
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You'll see amazing fingerprints and gradients
Amazing heat, a sign that new stars are born
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Parts of the material are lumped under gravity
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When gravity increases gravity
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It attracts more gas to grow in size
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It becomes larger, denser and more hot
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Eventually the pressure and heat increase
Enough at the center of this thing
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The fusion fuse ignites
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The star is born
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One hundred billion stars
Which constitute our galaxy
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The latest star production lines
It goes back to the dawn of time
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And to the first nebula
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If we want to reveal the history of the Milky Way
We will start from the beginning, from the Big Bang
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13,8 billion years ago
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Life in the universe has died
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It was initially pure energy
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But for more than 300,000 years, that has cooled
Energy to hydrogen gas and helium
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The entire universe was then one huge cloud
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The basic ingredients of our universe have spread exponentially
The universe, so the universe began as a single giant
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Over time, the primitive nebula began
Collapsed and splintered into small parts
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These areas have become high
Density even collapsed to tablets
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The gas cylinders are very hot in their hearts
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The first stars caught
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Started with pure hydrogen
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But when you get older
I made the other heavier items
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Stars are new elements, that's their function
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The definition of the star is that in its heart, it merges
Hydrogen atoms to helium and releases energy
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But most of these simple first stars were
Giant giant stars do not live long
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She burned all her excess
Of hydrogen at super speed
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They burned themselves
And died a few million years later
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She died with a bang
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Explosion issued more elements
Complicated to the initial nebula
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After the formation of the first generation of stars
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There was a huge resurgence of new elements
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Which formed and spread across the universe
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To be able to form the second generation of stars
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When the second generation of stars lived and died
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It added more components to the cosmic mix
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The next generation of stars
Merge more elements and explode and die
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Its elements are being disseminated to the new generation of
The embellishments to be the new generation of stars
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Each generation has more elements
In the periodic table of its predecessor
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After the Big Bang 300 million
General Our Milky Way galaxy was formed
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Galaxies formed like the Milky Way
From the initial Hungarian nebula
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A giant gas cloud collapsed and formed our galaxy
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There is a rich cosmic music
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Play between stars and endings
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We now know that we are part of that grandeur
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In the end our sun was born rich in elements
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We believe that our sun is a third-generation star
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There was a mist then a star
A nebula, then a nebula, and our sun
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It took ten billion years to form a mix
Cosmic elements rich enough to form planets of life
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Carbon, hydrogen and nitrogen
Oxygen, phosphorus and sulfur
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These are the main elements of life as we understand them
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It must be formed within the stars
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These elements formed during the life of the star
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But it needs a very violent process to liberate it to the universe
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An event that can be clearly seen across
The Universe
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The most beautiful embellishments in our galaxy consist
Of extreme violence
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Death of massive stars
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One of the most beautiful colorful embellishments in our galaxy
They are the remnants of the great explosions
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Such as the cancer nebula, the A-chair, and the veil
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All formed when a huge star exploded violently
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The nebula was a star
About ten times the mass of the sun
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This star will crush him
The atoms together form heavier elements
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The process produces huge amounts of energy
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The big star can
To incorporate heavier and heavier elements
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, Until it reaches the iron
Then things get worse
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Iron atoms are so large that
Incorporating it needs more energy than it produces
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The pulp begins to collapse on
Himself to trigger a catastrophic explosion
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He explodes the elements into space
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When the star turns to a low
The greatest it tear itself violently
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And all elements of the star
To spread for light years
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We call it the nebula of the supernova
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We now have a nebula full of all
Those exciting chemicals
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All of them are lit by the explosion of the supernova
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The remnants of the supernova
Glowing glow in different colors
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The colors are represented in the mist or fingerprint
Test the DNA of the elements inside it
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Each atom has a cloud cover of
The electrons that orbit their nuclei
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When electrons change energy levels,
The frequency of light associated with that variable energy
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Send to space and contribute to
The wide spectrum of colors we see
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We can look at distant plugins and say that
They have lots of hydrogen or helium
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Or a little platinum or a lot of oxygen
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Colors reveal the elements
Made during the life of the star and his death
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But the shape of the mist reveals
What happens after the death of the star
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You may think that the explosive star has
Similar to others with the same type of mist
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Then you see the crab nebula in its beautiful complex form
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All of those brackets
Swirls of gas and dust
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Something must be inside
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Disappears inside the nebula of cancer
An astral body is called a pulsating star
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Stars are a kind of neutron star
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A ball of high density material
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Born from the death of giant stars
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It is the remains of the core of an explosive star
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He collapsed and formed a small ball of
Nitrons are a small part of normal matter
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She is very hot and she has
Strong magnetic field
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This pulse is about thirty times a second
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To detonate radiation spread in
Space as a raging cosmic lighthouse
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Pulses in the nebula do not release light
But rather releases winds from charged particles
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The cloud of gas around it is the nebula of the winds of spring
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So take all remaining materials from the potter
The greatest and launched in that extended cloud
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The winds of springing through the gas
Ocean to make swirls and the nebulae of the crab nebula
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The supernovae create the elements
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Spread by the winds through the universe
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To be new dams
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Socks may be a solar system like our system
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Nebula starting point of the solar system configuration
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All ingredients, chemicals and gases
And solids that we see in our solar system today
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Imagine the main elements
Which is the planet
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What happened to bring them together?
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How to cloud a gaseous element
To become our planets and sun?
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What about the nebula to our solar system?
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In the past they were not there
Sun or solar system or human
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Just a cloud of gas
The dust is a solar nebula
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We are here today because it is billions of years ago
There was a nebula with all the necessary ingredients
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Everything we see in our solar system today was a part
From a cloud of gas and dust, our solar nebula
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Five billion years ago are being processed
The solar nebula to be our sun
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So billions of years ago there was
Our solar nebula is a cloud of gas and dust
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It was outstanding but unstable
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What upset the balance to turn
Cloud gas to solid particles?
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, Something must change inside the nebula
Something that raises stars and planets
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This remains a mystery
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What is the answer to this five-billion-year-old puzzle?
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There are two theories, both of which begin with fossils
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Fossils made their way from
The edge of the solar system towards Earth
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Our air cover broke through and made its way towards us
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Meteorites are important for us to understand and study
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Because it capsules time to when
The solar system was basically composed
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Mina and Adwa are one of the biggest
Compounds of comets on Earth
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Those rocks have pure records
For the early history of the solar system
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There was not in the solar system
Something before the origin of those rocks
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There was no land or other planets, this is amazing
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The first solid objects that originated from
Cloud dust surrounding our newborn star
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Contained the asteroids and meteorites that formed at that time
Time on chemical fingerprints of our solar nebula
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It contained the oldest elements and solids that condensed
From the cloud of gas and dust when our solar system was formed
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I fought together and formed these
The big rock you see here
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In 2017, researchers who analyze
Configure a type of solid meteorites
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Called Kondrit, they found evidence
About how to configure our solar system
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There may be some hard evidence somewhere
Within the chemical composition of those rocks
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He tells us exactly what happened
And how our solar system originated
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This definitive guide is
A radioactive component called iron-60
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It is believed to be only
In the Great Revolutions
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If there was a nebula ready to form stars
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And next to him came a greater calamity
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The great hypocrite will throw all these
Heavy elements of the gas cloud
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00:19:56,347 --> 00:20:03,215
It will also research the composition of stars
By hitting and compressing this gas
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A nearby star explodes into a larger one
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The shock wave hits our bosom
Solar system for iron
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But the crash is a breakdown
A sudden attraction at the core of the mist
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The gas cloud is clogged
Together to become hot and dense
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00:20:28,318 --> 00:20:31,389
And our sun is born
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00:20:32,155 --> 00:20:37,100
When the sun arose, there were
A cloud of snakes around the sun
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When it was circling the sun, it merged
And clung to each other and grew into those balls
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00:20:45,231 --> 00:20:54,780
Over the next hundred million years, those balls became
Larger and larger to be asteroids, moons and planets
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All the planets in our solar system look different
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Some are snow giants and others
Gaseous giants and some rocky bodies
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00:21:03,724 --> 00:21:09,903
But all came in fact
From the same nebula before the sun
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Our planet grew up
With the right combination of elements
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Everything, every atom in our bodies
She was formerly Sodema before my sun
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00:21:26,747 --> 00:21:33,254
The theory of the Great Surgeon
By pushing our strong solar system configuration
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But not everyone agrees
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00:21:35,363 --> 00:21:40,234
Sometimes the biggest arguments come
Among the scientists of the smallest things
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Here I speak of small radioactive atoms
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In 2017, studies showed containment
Other meteorites have other radioactive imprints
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Rare aluminum alloy
The so-called aluminum-26
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It is an irregular atom that does not form
Easily in great twists
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It must have come from somewhere else
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00:22:08,048 --> 00:22:16,224
This other place is a rare type of star
Giant by forty to fifty times the mass of our sun
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Star Wolf Wright
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, The stars may be strange
The largest is very strange
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The largest kind of stars that
We saw her as the stars of Wolf Ray
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The stars of Wolf Rye burn more powerful than any star to produce
Heavy elements such as aluminum-26 during their short lives
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It is huge, hot and shiny
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00:22:43,915 --> 00:22:46,888
It unleashes tremendous winds
231
00:22:46,923 --> 00:22:53,621
These stellar winds release tons of energy
Materials from the star to the ocean space
232
00:22:53,656 --> 00:22:56,693
To form a bubble structure
233
00:22:57,614 --> 00:23:04,750
Scientists see the process in the nebula
The bubble is 7,000 light years away from Earth
234
00:23:05,489 --> 00:23:10,651
In the middle of the mist there is one
Massive stars with enormous starry winds
235
00:23:10,686 --> 00:23:18,514
High-energy particles, radiation, as the name suggests
It releases a bubble in the huge mist around it
236
00:23:18,522 --> 00:23:23,667
The walls or bubble crust are dense and full of materials
237
00:23:23,702 --> 00:23:28,580
Stellar winds drive more
The more material inside the cortex
238
00:23:30,037 --> 00:23:37,854
So that the substance collapses with an effect
Its attractiveness and condensation into stars
239
00:23:37,889 --> 00:23:44,770
Possibly what we see in the bubble nebula
Is what happened here 4,5 billion years ago
240
00:23:44,805 --> 00:23:47,829
To form the sun and the planets
241
00:23:47,864 --> 00:23:52,927
If our solar system grew up
Inside Bubble Nebula Wolf Ra> 00:
242
00:23:52,962 --> 00:23:59,127
This will explain the abundance of aluminum-26
Located in meteorites
243
00:24:00,585 --> 00:24:03,049
But it was not decided
244
00:24:05,184 --> 00:24:11,373
What we know is that our story has begun
The collapse of the solar nebula
245
00:24:12,187 --> 00:24:16,275
But our star will someday die
246
00:24:16,956 --> 00:24:24,383
Does the sun turn into a mist?
Awesome or darkened dim?
247
00:24:40,330 --> 00:24:43,608
The embellishments will be stars
248
00:24:45,745 --> 00:24:48,900
The stars are the embellishments
249
00:24:48,935 --> 00:24:54,193
The largest stars do so
With violent superpowers
250
00:24:55,685 --> 00:25:01,766
But 99% of the stars are not
Big enough to die exploding
251
00:25:02,554 --> 00:25:07,009
Some burn themselves to death
252
00:25:08,490 --> 00:25:16,765
But other stars can be dams
Beautiful as a misleading ,, Planetary Safes
253
00:25:16,800 --> 00:25:24,399
From afar they look like planets but ghosts of stars
254
00:25:24,434 --> 00:25:30,856
When stars like our sun begin to die,
Swells to what we call red giant stars
255
00:25:31,658 --> 00:25:38,611
When the stars reach the size of the sun
At the end of her life, her heart is getting hotter and hotter
256
00:25:38,646 --> 00:25:46,196
When the heat is hot, the gas expands
Ocean to turn the star into a red giant
257
00:25:49,594 --> 00:25:55,444
It becomes so large that it is no longer stuck
Gravity with its outer layers
258
00:25:56,233 --> 00:26:01,756
The outer layers of that star begin to drift
Away to lose contact with the central core in the middle
259
00:26:01,791 --> 00:26:06,610
And begin to explode into scales and colors and beautiful forms
260
00:26:06,645 --> 00:26:09,726
We call those starving stars with Planetary Feasts
261
00:26:09,761 --> 00:26:14,594
We discovered about three
Thousands of planetary nebulae in our galaxy
262
00:26:14,629 --> 00:26:22,386
Some seem like hourglasses and others
Like a clown or clown or ball or cake
263
00:26:22,421 --> 00:26:28,770
But if they were all ghosts of the same kind
So why this great contrast?
264
00:26:28,805 --> 00:26:32,155
If there was a star alone
Without planets and without anything around it
265
00:26:32,190 --> 00:26:34,655
It will blow its winds in a spherical crust
266
00:26:34,690 --> 00:26:39,765
If you see Sodema like this
It would look like a bubble of soap in space
267
00:26:39,800 --> 00:26:46,658
But only 20% of the embellishments
Planetary form of a bubble full of consistency
268
00:26:46,693 --> 00:26:53,842
Most of them have these exotic forms
They look like two-lobe or two opposite squid
269
00:26:53,877 --> 00:26:57,446
All shapes are different
270
00:26:59,133 --> 00:27:06,950
Experts believe that alien forms to those
Planetary masts may relate to how the star dies
271
00:27:08,564 --> 00:27:13,553
A new research shows the fate of our star
272
00:27:16,306 --> 00:27:20,685
Sadema will be a bright planet
Beautiful or just disappear in the dark?
273
00:27:20,720 --> 00:27:25,042
We believe for the first time that we have the answer
274
00:27:26,657 --> 00:27:32,428
It's a long-standing debate, is it our sun?
Big enough to be an amazing sdema?
275
00:27:32,463 --> 00:27:37,631
It is a strange coincidence that the model appears
We need a specific mass to form a planetary nebula
276
00:27:37,666 --> 00:27:42,385
By chance, the sun is too high
277
00:27:44,641 --> 00:27:49,044
Assume new data
That our sun will die dazzled
278
00:27:51,312 --> 00:27:57,999
When the sun dies, it will expand
To a red giant filling the sky
279
00:27:58,837 --> 00:28:02,252
We got used to our yellow sun
Kind of moving in sight
280
00:28:02,287 --> 00:28:09,517
Imagine a shiny red glowing ball
A huge swell across the horizon instead of the sunrise
281
00:28:11,687 --> 00:28:18,405
The expanding sun swallows Mercury and then Venus
282
00:28:19,376 --> 00:28:22,215
The surface of the earth will be roasted
283
00:28:22,250 --> 00:28:25,961
To turn him into an infamous hell
284
00:28:26,774 --> 00:28:30,740
The bad news is that when
The sun expands like a red giant
285
00:28:30,775 --> 00:28:36,258
, They will capture the Earth's oceans
Life will not endure then on Earth
286
00:28:36,293 --> 00:28:38,162
Like putting your head in the oven and kneading it
287
00:28:38,197 --> 00:28:40,271
It will be a hard time on earth
288
00:28:42,854 --> 00:28:47,510
This may mean the destruction of the planet
289
00:28:47,545 --> 00:28:51,937
We think the sun will grow
To swallow the earth's position now
290
00:28:51,972 --> 00:28:58,206
Instead of sunrise and sunset
We will find ourselves inside the sun
291
00:29:03,385 --> 00:29:08,769
The sun will expose its outer layers
To throw more than half of its mass
292
00:29:09,933 --> 00:29:13,027
To reveal the stellar pulp
293
00:29:13,062 --> 00:29:19,200
When we look at this pulp is called
Then the white dwarf was the size of the earth
294
00:29:19,235 --> 00:29:24,159
It will be very hot, hundreds of thousands of degrees
295
00:29:25,020 --> 00:29:29,703
This white core radiates hot
Ultraviolet light and x-ray
296
00:29:32,191 --> 00:29:38,584
They are impacted by external gas layers
And turning them into ultra-gloss rings
297
00:29:39,470 --> 00:29:44,736
A planetary nebula will last 10,000 years
298
00:29:44,771 --> 00:29:48,886
It is certain that when the sun turns into a planetary nebula
299
00:29:48,886 --> 00:29:54,422
The solar system will look very different
What it is today, will become unfamiliar
300
00:29:55,276 --> 00:30:00,396
The planetary nebula would mean an end
The solar system we know
301
00:30:01,173 --> 00:30:05,139
The sun will eventually die
And dissolve into space again
302
00:30:05,174 --> 00:30:07,374
But then the cycle will begin again
303
00:30:07,409 --> 00:30:11,438
It is not just an end, it is also a beginning
304
00:30:12,240 --> 00:30:19,190
The plug-in will be supplied
Will create a new solar system
305
00:30:19,870 --> 00:30:27,851
When a solar system dies it is born
Another, this cosmic life cycle
306
00:30:27,886 --> 00:30:32,836
The signs always signify change in the universe
307
00:30:32,871 --> 00:30:37,991
Strongly related to the star's birth and death
308
00:30:38,026 --> 00:30:45,513
Some new notes appear
Our favorite soups are dying too
309
00:30:45,548 --> 00:30:50,377
Can be columns
Famous creation dead already?
310
00:31:10,119 --> 00:31:17,411
Inside the depths of Eagle Eagle Nebula
Dense of cool molecular gas
311
00:31:17,446 --> 00:31:23,719
Probably the best known images
In astronomy, pillars of creation
312
00:31:23,754 --> 00:31:27,274
One of the defining images is the pillars of creation
313
00:31:27,309 --> 00:31:33,315
They were pictures that arouse my memory and my emotion
314
00:31:34,151 --> 00:31:36,869
The columns are five light-years wide
315
00:31:36,904 --> 00:31:41,420
They are shaded by nearby star cluster lights
316
00:31:41,455 --> 00:31:46,491
And those stars have not carved the shape of columns
317
00:31:47,934 --> 00:31:55,385
The surfaces of those stars are full of activity
Boiling and constantly releasing particles
318
00:31:55,420 --> 00:32:01,463
Stellar winds at ten thousand miles
At the hour you get caught up in the ocean gas pull
319
00:32:01,498 --> 00:32:07,842
In the end, the surrounding mist dissipates
320
00:32:07,877 --> 00:32:14,163
When the mist disappears, you will live
Pull thicker and denser
321
00:32:14,975 --> 00:32:16,299
But how long?
322
00:32:17,075 --> 00:32:21,334
"When you look at the pictures" Hubble
Beautiful pillars of creation, eagle eagle
323
00:32:21,369 --> 00:32:25,773
You see a scattered blue gas
Around the columns themselves
324
00:32:25,808 --> 00:32:30,687
This is a guide on how to configure columns
And how it will change over time
325
00:32:31,464 --> 00:32:38,634
This blue foggy gas is just a substance
The superheavy evaporates from the same columns
326
00:32:38,669 --> 00:32:42,858
Nearby stars are slowly melting the columns
327
00:32:43,826 --> 00:32:48,400
This is similar to the way it occurs
Factors of erosion here on Earth
328
00:32:49,164 --> 00:32:56,481
Look at the Monemeunt Valley and those rocky columns
Stunning and exotic forms emanating from the earth
329
00:32:56,516 --> 00:33:01,381
These areas are denser than rocks
They were covered by soil and sand
330
00:33:01,416 --> 00:33:07,835
For millions of years, those substances have been crushed
The lighter to reveal the thickest rocks beneath it
331
00:33:07,870 --> 00:33:10,846
That's exactly what happened here
332
00:33:13,224 --> 00:33:15,492
That process is under way
333
00:33:15,527 --> 00:33:19,483
The pillars are constantly evolving
334
00:33:19,518 --> 00:33:25,343
Know that the pillars of creation
A temporary feature in the life of the galaxy
335
00:33:25,378 --> 00:33:27,029
It will not last forever
336
00:33:27,064 --> 00:33:33,936
In fact, over the time since the capture
Hubble Space Telescope Photo We've seen a change
337
00:33:35,452 --> 00:33:41,457
When astronomers compared data
New "Hubble" images since 1995
338
00:33:41,492 --> 00:33:48,954
They discovered an exploding crater from the mist
At a speed of 450 thousand miles per hour
339
00:33:48,989 --> 00:33:53,941
Stretching a hundred billion miles into space
340
00:33:54,875 --> 00:33:59,000
What might be the source of all that energy?
341
00:33:59,035 --> 00:34:03,160
These are associated with the birth of a star
342
00:34:03,195 --> 00:34:11,388
Stars born inside columns make their way
Outside, eat that substance and blow it away
343
00:34:12,211 --> 00:34:16,240
The nascent stars like children flock to candy
344
00:34:16,275 --> 00:34:20,438
Eat up gas then spin out of control
345
00:34:20,473 --> 00:34:23,627
But the stars also have a magnetic field
346
00:34:23,805 --> 00:34:26,488
This magnetic field spins quickly
347
00:34:26,523 --> 00:34:34,126
The material is swept around it and released
To the outside through the plumes of the poles of the star
348
00:34:34,161 --> 00:34:40,532
They are emitters and astral winds
Destroying the columns of creation from the inside out
349
00:34:43,565 --> 00:34:52,556
Even worse, these nascent stars grow
Quickly until you soon reach the end of her violent life
350
00:34:54,001 --> 00:35:01,027
When the stars die they send waves
Shock, high-energy radiation, particles
351
00:35:04,292 --> 00:35:08,819
Great blasts explosions
As such, the columns may be torn completely
352
00:35:12,131 --> 00:35:19,486
Some assume that those columns may
Already destroyed thousands of years ago
353
00:35:21,051 --> 00:35:29,265
The Eagle Nebula is seven thousand years old
So we see it as it was seven thousand years ago
354
00:35:29,300 --> 00:35:31,536
Not as it is now
355
00:35:31,571 --> 00:35:34,788
It is the sad reality of life
356
00:35:34,823 --> 00:35:38,452
The stars that you make are destroyed
357
00:35:38,487 --> 00:35:45,176
, This happens all the time, everything changes
Our favorite famous sodas will not last forever
358
00:35:45,211 --> 00:35:50,553
It seems sad, but so does the universe
359
00:35:50,588 --> 00:35:55,284
It's a temporary situation, it's change
360
00:35:55,319 --> 00:36:02,685
We see the pillars of creation today and will be
Future clusters of stars
361
00:36:02,720 --> 00:36:09,723
But this is the continuous rotation of the gas
Dust to the stars will not last forever
362
00:36:09,758 --> 00:36:14,165
The embellishments across the universe disappear
363
00:36:15,609 --> 00:36:19,395
Is gas out of our galaxy?
364
00:36:39,113 --> 00:36:47,031
A new search appears to be across the universe
The star formation rate falls quickly
365
00:36:47,066 --> 00:36:55,466
Researchers predict that 95% of all
The stars that will exist have already arisen
366
00:36:55,501 --> 00:36:59,751
Until the galaxy is intact
And maintain the star formation
367
00:36:59,751 --> 00:37:05,501
It needs to collect reserves
New constantly ,, Stuff
368
00:37:05,501 --> 00:37:16,158
Gas runs out of our galaxy and so on
I speak with galaxies all over the universe
369
00:37:17,638 --> 00:37:21,979
That cycle will slow down and will one day stop
370
00:37:24,831 --> 00:37:31,421
More gas is trapped in the small stars
The mass that will not explode in a greater velocity
371
00:37:32,233 --> 00:37:38,568
And the big stars that
An explosive die pays gas away
372
00:37:38,603 --> 00:37:40,787
The galaxies throw materials
373
00:37:40,787 --> 00:37:49,711
Great wind turbines and lighters are sent
Continuously streams of gas and particles outside the galaxy
374
00:37:49,746 --> 00:37:56,345
But the stars do not work alone
But cooperate with something bigger
375
00:37:56,380 --> 00:38:05,251
Experts believe that the main culprit falls
At the center of each galaxy ,, The super black hole
376
00:38:06,199 --> 00:38:10,701
In the past, the Milky Way measured the loss of gas
377
00:38:11,479 --> 00:38:18,091
Hundreds of millions of years ago, it was a black hole
The central is super-large and charges some materials
378
00:38:18,126 --> 00:38:24,317
In that process he launched many
Energy, like a lot of energy belching
379
00:38:24,352 --> 00:38:28,941
He fired gas and probably escaped some
It is completely out of the galaxy
380
00:38:31,961 --> 00:38:36,465
Our galaxy today is still the star
381
00:38:39,510 --> 00:38:42,823
But the gas tank needs to be refilled
382
00:38:43,587 --> 00:38:48,490
The galaxies spin with nitrogen
Be the pillars and the stars
383
00:38:48,525 --> 00:38:51,827
It seems we have now come to a refilling station
384
00:38:51,862 --> 00:38:57,785
We discovered a huge cloud space
Of hydrogen heading towards us
385
00:38:57,820 --> 00:39:02,312
That cloud of hydrogen is huge
386
00:39:02,347 --> 00:39:07,106
With a length of ten thousand light years and a width of three thousand
387
00:39:07,141 --> 00:39:10,698
"Cloud scientists call it" Smith
388
00:39:10,733 --> 00:39:18,961
It revolves around our galaxy and hate 27
Million years will hit the disk of our galaxy
389
00:39:18,996 --> 00:39:22,895
Will bring about the vital collision of our galaxy
390
00:39:22,930 --> 00:39:25,526
To reshape the stars strongly
391
00:39:25,561 --> 00:39:30,164
There will be plenty of gas
Million times the mass of the sun
392
00:39:30,199 --> 00:39:32,786
He can form one million suns
393
00:39:32,821 --> 00:39:36,413
But this is just a snack
394
00:39:36,448 --> 00:39:41,315
To maintain star formation
You need a galaxy for continuous food
395
00:39:41,350 --> 00:39:44,774
, Here in the Milky Way galaxy
We are still stars
396
00:39:44,809 --> 00:39:48,257
This is because our galaxy is galactic
397
00:39:48,292 --> 00:39:54,118
It is surrounded by dwarf galaxies
And eat it and steal its gas and dust
398
00:39:54,153 --> 00:40:00,140
We are the product of mergers, merging
Many small galaxies collide
399
00:40:00,175 --> 00:40:02,376
When a new galaxy hits the Milky Way
400
00:40:02,376 --> 00:40:08,595
They bring with it gas and dust
New and the possibility of creating new dams
401
00:40:08,999 --> 00:40:17,945
By eating a variety of foods add the Milky Way
A few billion years of star formation
402
00:40:18,597 --> 00:40:22,748
But our galaxy is always looking for its next meal
403
00:40:22,783 --> 00:40:30,283
Within a few billion years
Her neighbor will be struck by the galaxy of serial women
404
00:40:30,318 --> 00:40:37,963
When the women merge with the trail
Tebbana will provide us with a new quantity of gas
405
00:40:37,998 --> 00:40:43,627
Although this is a tragic accident
It is really a good thing
406
00:40:43,662 --> 00:40:47,950
Because when it happens stars will be born
New inside the Milky Way
407
00:40:47,985 --> 00:40:52,206
This will prolong the life of our galaxy if we thought so
408
00:40:52,241 --> 00:40:57,190
But there are few galaxies
Nearby to eat Milky Way
409
00:40:57,225 --> 00:41:01,000
In the end on the run
Long will run out of nebula gas
410
00:41:01,035 --> 00:41:04,923
When this gas runs out, there will be no new stars
411
00:41:04,958 --> 00:41:10,869
Whatever happens then it will be
Those are the last generations of stars
412
00:41:11,778 --> 00:41:18,342
Without gas to feed, the dams will disappear across the universe
413
00:41:19,275 --> 00:41:22,017
The universe stops
414
00:41:22,052 --> 00:41:25,973
The dams run out and disappear
415
00:41:26,008 --> 00:41:30,851
The last stars will eventually be turned off
416
00:41:30,886 --> 00:41:35,047
From now on, everything will be dark
417
00:41:35,082 --> 00:41:41,844
The dams ,, One of the finest
features of the universe
418
00:41:41,879 --> 00:41:48,769
What makes the babe embellishments it
Pretty but more
419
00:41:48,804 --> 00:41:51,547
It is the cradle of creation
420
00:41:51,582 --> 00:41:57,588
The start and end stars
Building upon them planets and life
421
00:41:57,623 --> 00:42:01,138
I think it's amazing to learn about the universe
422
00:42:01,173 --> 00:42:05,044
I think we finally learn about ourselves
423
00:42:05,079 --> 00:42:10,309
It is our instrument of communication
with the circle of cosmic life
424
00:42:10,344 --> 00:42:14,823
The parallels match our lives
425
00:42:14,858 --> 00:42:16,752
, It is very beautiful
426
00:42:16,753 --> 00:42:19,177
But it is temporary
427
00:42:19,212 --> 00:42:20,974
It will not last here forever
428
00:42:21,009 --> 00:42:23,278
This is the story of our universe
429
00:42:23,313 --> 00:42:25,085
This is the story of change
430
00:42:25,120 --> 00:42:28,979
So take your day
43011
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