Lead
In the solar system, there is an asteroid belt of millions of asteroids between Mars and Jupiter.
The material made up of these asteroids is likely to be left over from the formation of the planet, but astronomers have not yet discovered the planet's existence.
The seemingly orderly distribution of asteroids in the asteroid belt hides an untold secret, and the asteroid belt is supposed to be a super-Earth.
Who tore this planet apart?
This also means that there is an unknown energy in the solar system, let's start with the formation process of this asteroid belt.
Secrets of the asteroid belt.
According to Nabert Gould:
The asteroid belt was formed because a red giant star about 2,700 light-years away from the solar system exploded, and when a bullet-like material ejected out, the material tore the planet to pieces, and the remaining debris eventually became our current asteroid belt.
But there are some loopholes in this statement: no matter how the red giant star explodes, the energy generated by its explosion will not reach the solar system, and the matter that can reach the solar system will decay over time and will never reach the solar system.
According to existing theories, the formation of the asteroid belt has a lot to do with Jupiter.
Because Jupiter is extremely massive, it produces a great gravitational pull, which not only attracts asteroids that form close to the Sun, but also prevents interstellar material from entering the edge of the solar system.
This situation causes the asteroids to be unable to coalesce and eventually form a planet.
Therefore, the existence of the asteroid belt makes the operation of the solar system more stable.
And this statement is more consistent with astronomical observations, because we can see that there are many asteroids with similar orbits to Jupiter, and these asteroids are also pulled by Jupiter's gravity into other galaxies.
Jupiter's gravitational pull also keeps the structure of the solar system in a stable state, which means that some unknown force has put Jupiter in a kind of equilibrium with the asteroid.
But does the existence of this equilibrium mean that Jupiter can balance the gravitational forces of the universe?
Or that the gravitational pull between the universe is random, which just completes the missing super-Earth in the asteroid belt...... If this super-Earth exists, what impact will it have on the solar system?
The impact of the existence of a super-Earth on the solar system.
If SuperEarth exists, the asteroid belt may not exist, which would cause a change in the gravitational pattern between Jupiter and other planets.
Changes in the gravitational pull between planets will not only cause the orbits of the planets to shift, but also cause some planets to break out of the gravitational range of the solar system and become wandering planets.
Suppose that if there is a super-Earth in the solar system, the mass of this Earth should be between the Earth and Jupiter.
Scientists point out that the super-Earth should have between 0.5 and 10 times the mass and that the super-Earth should be 1.1 to 1.5 AU away from the Sun, due to the gravitational constraints between Jupiter and the asteroid.
All of this makes us wonder how such a colony would affect the shape of the solar system.
Like genetics, all planets have their own characteristics, and the other planets in the solar system have their own gravitational pull and mass.
If this super-Earth exists, how will the Earth change?
First of all, the Earth's orbit will be shifted due to this supergravitational planet, which will directly lead to an increase or even decrease in the Earth's temperature.
Therefore, the earth's magnetic field may become faster, the influence of the solar wind will also increase, and the earth's surface will be constantly impacted by high-energy particles, which will exacerbate the extinction of life on the earth's surface.
At the same time, this shift will lead to a change in the gravitational force between the Earth and the super-Earth, and the increase in gravity may make the Earth's rotation speed faster, causing large changes in weather and climate.
Secondly, the gravitational pull of the super-Earth also affects the gravitational pull of Jupiter.
Jupiter's gravitational pull is strong enough to affect the orbit of the asteroid belt, but if there is a super-Earth, the orbit of the asteroid belt will be shifted by gravity.
This will also affect the orbit of Mars.
But Mars is not as massive as SuperEarth and Jupiter, so Mars could also break away from the gravitational pull of the stellar planet and become a wandering planet.
Uranus and Neptune will have less gravitational pull, so they are most likely to break away from the gravitational pull of the solar system and become wandering planets.
The subtlety of the solar system.
The elaborate design of the existence of the Earth in the solar system and even the Earth may not survive, and astronomers believe that the uniform and precise distribution of asteroids is not naturally formed, but is affected by some unknown force.
It also makes us curious about this unknown power.
If the asteroid belt was torn apart by this super-Earth, then what is this unknown energy?
And who is carrying out the power of unknown dark matter?
Does the emergence of this force mean another life form in the universe?
Or is it the result of superintelligence?
In any case, this unknown energy is an unknown mystery to us humans, especially since we still have no definite answers to the laws of the solar system and the orbital distribution of other galaxies.
This ingenious design also makes us wonder about the operation of the solar system.
Is it a miracle of nature or the influence of other supernatural forces?
This will be the ultimate question of our scientific development.
epilogue
The subtleties and unknown powers of the solar system make us curious about the exploration of the universe.
The formation of the asteroid belt and its secrets have given us a deep understanding that each planet in the solar system has its own orbit and gravity.
The absence of a super-Earth may also make the Earth a unique life being, but is this miracle the result of natural selection?
Or is it another force in the universe?
This will be the unknown that we are constantly exploring and discovering.
There are secrets of the universe hidden in the solar system, and we need to continue to explore and discover, find answers, and better understand the universe and life.