Where is the edge of the world, and where is the edge of the world?

In fact, we don't need to think about the question "where are the edges of the world?" because there is no standard answer to this question.

From a geographical point of view, the earth does not have a fixed edge, because it is a sphere, so when we walk, the ground under our feet will constantly change, so we can't walk the edge of the world.

Philosophically speaking, the world is infinite and has no edges. Our human understanding of the world is limited, and we will never be able to reach the edge of the world.

From a literary and artistic point of view, everyone has a different sense and perception of the world, so the edges of the world also vary from person to person.

Therefore, there is no one standard answer to the question "Where are the edges of the world?" and we can approach this question according to different fields and our own understanding.

World: The world is made up of the external physical world and the inner spiritual world, both of which exist independently of each other. This is true of man, and so it is of the universe.

What does the edge of the universe look like?

Observe the edge of the universe.

Astronomers have observed the wonder of the farthest galaxy ever penetrating at the "edge" of the galaxy by observing a region in space through Japan's Sabaru Telescope. The galaxies in this region resemble scattered colored gemstones. The image of the depths of space, seen from the Japanese Subaru telescope set up in Hawaii, almost reaches the "edge" of the observable universe.

This image was obtained by looking towards the north pole of the Milky Way galaxy in which we live. This region is a relatively neatly arranged region of the universe consisting of a number of stars and neighboring galaxies. Some huge elliptical galaxies, some older galaxies emitting intense blue light, and some inexplicable red objects can be seen from the images – some young galaxies that are thought to be surrounded by dust.

The Subaru Astronomical Telescope was commissioned in 1998 and its first mission was to obtain images of the depths of space. Its meter-diameter mirror is probably the most accurate in the world. Observations have revealed some previously unobserved, extremely faintly luminous systems of the Yesterday system, which are technically less bright.

Some galaxies are less obvious in structure, suggesting that they are some of the older spiral galaxies. There are obvious interactions between galaxies, and some of the bluest or reddest objects have been observed before in the universe.

Scientists believe that Subaru has almost seen the edge of the observable part of the universe, and that there are almost no other galaxies that are farther away and have weaker light that can be observed. However, although the Subaru Observatory is able to observe the light emitted by almost all galaxies in the universe, measurements from the satellites show that the total amount of background light distributed in the universe is three times larger than that observed by Subaru.

According to the researchers, this is a clear indication that a large amount of light in the universe does not come from ordinary galaxies, and we have not yet been able to fully explain this. Scientists say that solving this discrepancy is an important task for astronomy.