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In 2004, scientists first observed "Omomo" from outer space, which is a rare interstellar matter without a solid structure.
The following year, Omomo was "captured" into the solar system for the first time, and under the gravitational pull near Jupiter, Omomo's orbit underwent a sudden retrograde motion and began to move away from the solar system.
What makes scientists even more perplexed is that Omomo actually "slammed on the accelerator" to accelerate out of the solar system, but all this does not violate Newton's laws of physics, what is going on?
What is Omomo?
In 2004, astronomers surveying the sky discovered a planet and a special moon around it.
The planet is not very large, but the moon is huge, almost larger than the planet itself in terms of size alone.
What has caught the attention of scientists is that the influence of this large satellite in space has made it impossible for even some small planets to maintain a fixed trajectory.
Therefore, scientists have calculated through the comprehensive application of mechanical principles that one of the planetary satellite systems in this system must no longer be able to maintain a state of equilibrium, so that they have fled disorderly in space.
As soon as the singularity was locked, scientists searched for satellites that had worked in the area, and a team sent staff to observe the strange system.
However, they never found any suspicious planets, and it was not until 2 years later that they finally discovered that a strange non-solid structure interstellar matter had appeared here.
And it is precisely this kind of interstellar matter without a solid structure that best meets the conditions of this so-called equilibrium between planets and moons, so scientists agree that what they are observing is the planet of the original large moon.
Therefore, this interstellar matter, which is listed as "Omomo", has become one of the research objects of great interest to scientists, and the study of this new interstellar matter has gradually become familiar to people.
The Chinese translation of Omomo is "foggy universe", which is also an alias formed by their special form in space.
The shape of the Omomo celestial body is not very fixed, and it is impossible to have a solid material composition, but in a state of gravity, it flows and surges in space in a nature similar to water.
However, like the laws of celestial motion, Omomo objects also have trajectories and routes in space, so it is through this property that scientists can know when Omomo objects will enter the solar system again.
Moreover, the characteristics of this celestial body also determine that they have almost no chance of friction with solid matter in the space environment, so Omomo will not produce light without collision, let alone the light of the night sky like stars.
However, it is this non-luminous state that also makes the observation pressure brought by the sky survey work very large, so the observation work of Ao Momo is also very difficult and cumbersome.
Jupiter's gravitational influence.
In 2005, Omomo was first within the reach of humans, and they were very close to the edge of the solar system.
The main reason why they were detected by scientists this year is because they are at the edge of the solar system, intersecting the orbit of Neptune.
Here, they are in the inner side of the solar system, mainly under the gravitational pull of the Sun and other planets, and as a result, their orbits are very far.
However, once within the orbit of Neptune, the huge difference in volume and weight between the Omomo will also have a very large impact on their path, so it can cause a sudden retrograde movement of the orbit and quickly leave the solar system.
As a result, various subsequent sky survey and observation agencies followed this strange object to carry out a series of work, and their ultimate goal was to judge whether the information they brought back from outer space was really credible by observing Omomo's behavior.
After all, Omomo is an interstellar substance brought back from outer space, and they re-enter the solar system through the gravitational pull of the solar system, and it is not entirely certain whether there is "vague" information mixed with it.
To this end, scientists have used their leisure time to conduct a series of interesting explorations, such as whether Omomo can be used to verify human understanding of the outer space environment.
In 2007, Omomo entered an orbit formed by Jupiter's gravity for the second time, and in this year, Omomo's orbits were so close that it could be said that a small influence could cause their actions to change.
Sure enough, what the scientists didn't expect was that in 2008, on this day, the Omomos suddenly stopped moving according to their previous established orbit, but quickly drove against the sky to escape the solar system.
Anomaly.
It is also a non-solid interstellar matter, according to the laws of mechanics, there is no friction between them at all, so there can be no external force between them, so the sudden change of orbit between the Omomo celestial bodies is like a 100-meter sprint runner suddenly accelerating, which surprised everyone.
After careful observation of this, scientists found that Omomo's orbit has indeed changed dramatically, but there is no trace of collision between them, and there is no trace of friction and wear.
All the distractions disappeared in the extraordinary acceleration that years later.
In 2012, the Omomos approached at an alarming speed in outer space, almost at the same time as the Earth to the edge of the solar system.
In order to ensure that this observation work can not be forgotten, scientists have prepared a very long observation operation, and even used outer space probes to conduct detailed exploration of the space environment.
In 2020, as the space-time transmission of the outer space probe returned, scientists finally discovered that they had more than enough care about this Omomo object, so it was very valuable to be able to truly and completely record their behavior.
Sure enough, after the fine-grained data was brought back, after controlled experiments, the scientists found that almost five years later, the behavior of the Omomo object changed in small details.
However, this slight change, when the scientists explained the problem, found that even if it was accelerated several times, it was an orbital runway that could not be rubbed between them, so the reason for their sudden acceleration has not been explained so far.
epilogue
As scientists say, even in outer space, there are many undiscovered laws, so I am afraid that it is only time and experience.
In fact, the existence of Omomo itself is a demonstration of the infinite possibilities contained in the solar system, and the solar system can show us its richness when we have not yet traveled to outer space.