Lead
"Will there be aliens?"
"Are there other life in the solar system?"
Rumors about aliens have not stopped since ancient times, even with the high development of science and technology, our understanding of aliens cannot shake the mystery of aliens, but gradually deepen people's suspicions about the existence of aliens.
Since human exploration into space, the solar system has been extensively explored, but the final conclusion is that there is no other life in the solar system, but it has been found that the balance of the solar system is extremely perfect, everything is so harmonious, even the chaotic scene caused by the Big Bang, the solar system has been set aside.
Therefore, the existence of the earth is a great doubt for the alien civilization, and many people even believe that the existence of the earth is the product of the artistic creation of aliens.
And the existence of the Oort Nebula makes us question the formation of the solar system, after all, the existence of the Oort Nebula itself is impossible.
So what are these three anomalies in the solar system?
1. The position of the Earth is unusually balanced.
In the structure of the solar system, the Earth is not the innermost planet in the solar system, which is not unusual, because the inner planets in the solar system are formed by the condensation of small pieces of material, and the Earth's ability to protect the asteroid belt is still very limited.
But the earth is not located at the edge of the solar system, it can only be said that the position of the earth is relatively balanced in the solar system, so how did the earth form?
According to the research of geologists, most of the liquid water on the earth was brought by the formation of the earth, and it is with this liquid water that the earth has become a suitable planet for human life.
But the liquid water on Earth is different from the formation process of other planets in the solar system, so where does the liquid water on Earth come from?
Scientists believe that the liquid water on the surface of the earth was brought by the asteroids in the asteroid belt after the formation of the earth, but this view seems very hasty, after all, the asteroid belt orbits around the sun is very large, and the distance between the earth and the asteroid belt is still relatively long.
Even if the asteroid fragments in the asteroid belt enter the orbit of the earth, it is very difficult to enter the earth, so scientists have studied the orbit of the asteroid fragments in the asteroid belt, and finally found that the orbit of the asteroid belt is still very regular, and there is basically no staggered phenomenon.
Therefore, scientists have doubts about the relationship between liquid water in the solar system and the asteroid belt, but in the solar system, the earth is the only planet with liquid water, so how does the liquid water on the earth come from?
Could it be that the liquid water on Earth was specially prepared by aliens?
Second, the existence of the asteroid belt did not destroy the solar system.
The asteroid belt is made up of debris from the formation of the inner planets in the solar system, so the debris in the asteroid belt is chaotic, and there must be planets about the size of the Earth, and maybe even super-Earths.
Therefore, the asteroid belt is a great threat to the planets in the solar system, and even before the space age, scientists were worried about the debris in the Ultra cloud entering the Earth's orbit and causing it to be scrapped.
But since scientists have studied the trajectory of the asteroid belt, scientists have developed a new view of the asteroid belt, and the reason why the debris in the asteroid belt will form asteroids is because of the strong gravitational attraction between the debris in the asteroid belt, so there are many asteroids forming.
After studying the trajectory of the asteroid belt, scientists found that there is no gravitational attraction between the debris in the asteroid belt, and there are even many debris that are millions of kilometers apart, so this makes it impossible for asteroids to form between the debris in the asteroid belt.
But the asteroid belt is still very harmful to the planets in the solar system, so scientists tried to mathematically simulate the debris in the asteroid belt, and finally found that the fragments of the asteroid belt are not far apart, so these fragments will collide with each other, and then form the debris in the asteroid belt.
But in the end, scientists found that the collision between the debris in the asteroid belt will lead to the consumption of energy between the debris, so that the debris in the asteroid belt will continue to shrink and eventually disappear, so the asteroid belt is a treasure trove for the planets in the solar system, which can continuously provide energy for the planets.
But the asteroid belt still has its disadvantages, that is, the asteroid belt can provide limited debris, so the debris in the asteroid belt will soon be absorbed by the sun and can no longer form the asteroid belt, so the asteroid belt in the solar system is very beautiful.
But how did the debris in the asteroid belt form?
According to scientists, during the formation of the solar system, there was a planet with a mass about 30 times that of the Earth, and this planet has a large mass and therefore a large gravitational pull, so it will absorb debris from the asteroid belt.
But the planet didn't form, so it continued to absorb debris from the asteroid belt, and finally formed a planet, which was Juno.
Therefore, Juno is very strange in the solar system, it is just a debris formed planet, so Juno's orbit is not very stable, and it will constantly shift.
But Juno is useful to the planets in the solar system because of its ability to absorb debris from the asteroid belt and keep the planets in the solar system from being hit, so Juno is a protector for the planets in the solar system.
3. The existence of the Oort Nebula.
The Oort Nebula is a strange celestial body, because it is located at the edge of the solar system, and the Oort Nebula is very conspicuous at night, so the Oort Nebula is very mysterious in the solar system, but scientists have studied the Oort Nebula and finally found that the Oort Nebula is just a pile of debris.
As a result, many people believe that the Oort Nebula is a remnant created after the formation of the solar system, and then the remnants orbit the sun.
But how did the orbit of the Oort Nebula form?
Scientists have studied the trajectory of the Oort Nebula and finally found that the orbit of the Oort Nebula is very similar to that of the asteroid belt, so some people believe that the trajectory of the Oort Nebula was formed by debris of the asteroid belt after the formation of the solar system.
However, there is no gravitational attraction between the fragments of the asteroid belt, so the Oort Nebula cannot be formed, so it is believed that the Oort Nebula entered the solar system after the formation of the solar system.
However, there are no alien objects around the Oort Nebula, so the Oort Nebula is just a mysterious existence.
But the Oort Nebula also has its role, and the Oort Nebula is able to absorb the gas that the Sun flies out, and then forms the atmosphere around the Sun, so that we can survive.
Therefore, the Oort Nebula plays a protective role in the planets in the solar system, but there is also gas in the Oort Nebula, so when the sun flies out of the gas in the solar system, it will also bring foreign gas into the Oort Nebula, so there is also a certain amount of gas in the Oort Nebula, so the Oort Nebula is also an important reason for the existence of gas in the solar system.
epilogue
Human cognition of aliens has always been limited to the scope of biology, but the form of aliens is not necessarily living organisms, and even the living environment of aliens is different from that of the earth, so people's cognition of aliens requires constant open-mindedness.
In the process of exploring the universe, we need not only the support of science and technology, but also interdisciplinary cooperation, and even philosophical thinking, so that we can better understand the mysteries of the universe.