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Is our world or our universe this is the only one? Is there only one way to create protons, neutrons, and electrons with only these specific properties, so that they create the world and the universe we live in? Or is it possible that there will be other great explosions in which matter and particles of other types can be formed that are completely foreign to the matter of our world familiar to us? Hence, the idea of a multiverse universe arose, and it is only speculation and imagination! Or just ask! In our world we have a lot that needs explanation, dark matter, dark energy and a great explosion of "nothing."
A galaxy is a colossal grouping that contains billions of stars, planets, moons, asteroids and meteorites. It also contains cosmic dust, dark matter, and stellar remnants, interspersed with terrifying magnetic fields. The word galaxy is derived from the linguistic root "galaxy" and means "a lot of sore." It has between a few thousand in dwarf galaxies, to a hundred trillion stars in giant galaxies, and all of them of different sizes take from the center of gravity of the galaxy orbit. Galaxies are classified based on their visible shape into three main categories: elliptical, spiral, and irregular. It is believed that many galaxies contain a supermassive black hole in their active nucleus, and the Milky Way is an example of this due to the presence of the supermassive black hole called "Rami A" in its center. It is four million times more massive than our sun. As of May 2015, EGS-ZS8-1 is the farthest galaxy at all, with a distance of about 13.1 billion light-years from us and a mass estimated at 15% by the mass of the Milky Way. There are believed to be about 170 billion galaxies in the visible universe, but Recent scientific discoveries contradict this and predict the existence of several trillions of galaxies, at distances of up to millions of leagues, depending on the mass and size of the galaxy. The intergalactic space is filled with very loose gases with a density estimated at less than one atom per cubic meter. Most of the galaxies belong to galaxy clusters, due to the effect of gravity on them, and they are superimposed in this way until they form the largest structures and cosmic structures ever, which are the galactic strings surrounded by space. The first galaxies observed outside the Milky Way is the Andromeda galaxy, and that was in 964 AD, by a scientist The Muslim astronomer Abd al-Rahman ibn Umar al-Sufi, followed by the Magellanic Cloud, which the world itself observed.
Research published in 2016 that the number of galaxies in the observable universe was 200 billion (2 x 1011) has been rolled back to 2 trillion (2 x 1012) galaxies or more and is just a suggestion. Most galaxies are between 1,000 and 100,000 parsecs in diameter (about 3,000 to 300,000 light-years).
For comparison, the Milky Way is about 30,000 parsecs (about 100,000 light-years away) and is 780,000 parsecs (about 2.5 million light-years away) from Andromeda, its closest galaxy.
Is our world or our universe this is the only one? Is there only one way to create protons, neutrons, and electrons with only these specific properties, so that they create the world and the universe we live in? Or is it possible that there will be other great explosions in which matter and particles of other types can be formed that are completely foreign to the matter of our world familiar to us? Hence, the idea of a multiverse universe arose, and it is only speculation and imagination! Or just ask! In our world we have a lot that needs explanation, dark matter, dark energy and a great explosion of "nothing."
A galaxy is a colossal grouping that contains billions of stars, planets, moons, asteroids and meteorites. It also contains cosmic dust, dark matter, and stellar remnants, interspersed with terrifying magnetic fields. The word galaxy is derived from the linguistic root "galaxy" and means "a lot of sore." It has between a few thousand in dwarf galaxies, to a hundred trillion stars in giant galaxies, and all of them of different sizes take from the center of gravity of the galaxy orbit. Galaxies are classified based on their visible shape into three main categories: elliptical, spiral, and irregular. It is believed that many galaxies contain a supermassive black hole in their active nucleus, and the Milky Way is an example of this due to the presence of the supermassive black hole called "Rami A" in its center. It is four million times more massive than our sun. As of May 2015, EGS-ZS8-1 is the farthest galaxy at all, with a distance of about 13.1 billion light-years from us and a mass estimated at 15% by the mass of the Milky Way. There are believed to be about 170 billion galaxies in the visible universe, but Recent scientific discoveries contradict this and predict the existence of several trillions of galaxies, at distances of up to millions of leagues, depending on the mass and size of the galaxy. The intergalactic space is filled with very loose gases with a density estimated at less than one atom per cubic meter. Most of the galaxies belong to galaxy clusters, due to the effect of gravity on them, and they are superimposed in this way until they form the largest structures and cosmic structures ever, which are the galactic strings surrounded by space. The first galaxies observed outside the Milky Way is the Andromeda galaxy, and that was in 964 AD, by a scientist The Muslim astronomer Abd al-Rahman ibn Umar al-Sufi, followed by the Magellanic Cloud, which the world itself observed.
Research published in 2016 that the number of galaxies in the observable universe was 200 billion (2 x 1011) has been rolled back to 2 trillion (2 x 1012) galaxies or more and is just a suggestion. Most galaxies are between 1,000 and 100,000 parsecs in diameter (about 3,000 to 300,000 light-years).
For comparison, the Milky Way is about 30,000 parsecs (about 100,000 light-years away) and is 780,000 parsecs (about 2.5 million light-years away) from Andromeda, its closest galaxy.
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