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First of all, the Milky Way belongs to one of the galaxies in the local galaxy cluster, and the "600 kilometers per second" in the question refers to the orbital speed of the Milky Way around the center of mass of the cluster, after all, any speed should have a reference frame (except the speed of light), just as the speed of the Sun around the center of the Milky Way is about 250 kilometers per second, and the speed of the Earth around the Sun is 30 kilometers per second.
No matter whether the speed is big or small, it is a product of nature, of course, it doesn't matter whether it is good or bad, it is the result of the natural formation of the universe after a long evolution, and theoretically it can be said to be the best result, because it is the orderly result of tens of billions of years of evolution!
To put it bluntly, the Milky Way is running at a speed of 600 kilometers per second, which is not essentially different from the earth running around the sun, but the size of the speed, although the two speeds are very different, they are inevitable, of course, there is not much comparison, after all, the earth is too small compared to the Milky Way!
We should not measure the speed in the vast universe by our perception of speed on Earth, and we should not think that the faster the speed, the more dangerous it is, which is wrong. In the vast universe, it is not a good thing to be fast or slow, if the Milky Way does not run at a speed of 600 kilometers per second, less than that, it will be attracted by the local galaxy cluster, and the galaxy may disappear. It's like if the Earth's orbit suddenly slows down, it could fall above the sun!
Another point is not to measure the vastness of the universe from our perspective on Earth. The universe is really empty, and most of it is void. For example, just like the asteroid belt in the solar system, don't think that it is densely packed with asteroids, it is completely wrong, even if the asteroid belt is more than hundreds of thousands of kilometers away, human beings never need to consider (of course, they have not considered) the situation that they may hit an asteroid when they send a probe to pass by, because the probability of hitting an asteroid is too low to be negligible.
In fact, even if scientists want to hit an asteroid deliberately, it will be very difficult to do so!
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The Milky Way really fell towards a special gravitational center, because the diameter of the universe is very large and the universe itself is expanding, so before the Milky Way falls to the gravitational source, the solar system will almost disappear, so it does not mean much to mankind.
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I think that's a bad thing. Because the Milky Way is moving, it will definitely have an impact on the Earth, and this effect will definitely develop in a bad way.
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Bad. Because the Milky Way is running at 600 kilometers per second, and the target is the Giant Gravity, and the closer you get to the Giant Gravity, the closer you get to death, so I think it's a bad thing.
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What's 100 million light-years away? Why is the Milky Way running at 600 kilometers per second?
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The motion of the Milky Way must be popularized, since in 4 billion years the Milky Way will collide with the Andromeda Galaxy at a relative velocity of 110 km/s, so from this point of view,The Milky Way is at least moving towards the Andromeda Galaxy, or the Andromeda Galaxy is moving towards the Milky Way!
In 1979, Chincarini and Luther discovered that there might be a supercluster of galaxies in the direction of the Serpent Centauri. Later, Shaya and Sandage respectively discovered that the local group of galaxies was moving towards the Virgo SuperclusterLocal groups of galaxies and the Virgo supercluster are also moving in the direction of the constellation Centauri.
Although the Milky Way is 100 million light-years away from the Great Source, as long as time is gone, one day it will fall into the Great Source, but before the arrival of the Milky Way, due to the expansion of the universe, the Great Source has gone further! Because on the scale of 100 million light-years, the inverted speed of the giant gravitational source due to the expansion of the universe is as high as 4,400 kilometers per second, while the speed of the Milky Way is only 600 kilometers per second, and the Milky Way will never be able to catch up! There are hundreds of millions of light-years on the cosmic map, so you don't have to worry about the galaxy falling into a pit!
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I think he might lead the solar system into a whole new universe.
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I don't think it's called bringing in the solar system, you're just moving faster.
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This may be due to changes in gravity in the universe, so it affects the healing system.
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I think maybe the universe is changing, it's getting bigger, so it makes us feel like the galaxy is moving.
Give so many points, I'll also join in the fun. The landlord's question is of little practical significance, referring to the upstairs Du Kang and nostalgia. Bigger than China is the world, bigger than the world is the Earth-Moon system, larger than the Earth-Moon System is the Solar System, larger than the Solar System is the Milky Way, larger than the Milky Way is the total galaxy, and there is no definition of a universe larger than the total galaxy.
The Milky Way currently revolves around the central point where it intersects with the gravitational pull of the Andromeda Galaxy, and will revolve around the newly formed central black hole after colliding in the next 3 billion years or so.
The Milky Way and nearly 40 other galaxies that are not very far apart form a cluster of galaxies, all of which have a more or less mutual gravitational pull. Of these, the Milky Way and the Andromeda Galaxy are the two largest and closest galaxies, and the distance between them is only 2.5 million light-years Reference.
The Earth's solar system, located in the outermost part of the Milky Way, is about 20,000 light-years away from the edge. Even the vertical distance is a thousand light years. The extremely long distance of space travel away from the Milky Way can only be imagined in three ways: >>>More
The Andromeda Galaxy is the closest large galaxy to our Milky Way. The Milky Way is thought to resemble the Andromeda Galaxy in appearance, and together they dominate the local group of galaxies. The light that pervades the Andromeda Galaxy is the result of hundreds of billions of stellar members. >>>More