B three – C three binary star system.
Although the star name determined during the observation was "B 3 – C 3", it was only discovered on site that C 3 was actually C 2.
Because Jing initially did not understand the gravitational structure of the binary star system, it was also because his knowledge structure in astronomy was weak. Of course, it was also possible that Jing's astronomical observation ability was poor at that time.
Due to various reasons, the size of this star was miscalculated.
This resulted in naming errors.
But that's not much of a problem.
It doesn't make much difference whether you call him C Three or C Two. The name is just for distinguishing.
In the binary star system, the B triple star is larger and more massive. Therefore, the orbits of the two stars are actually dominated by B3, but this does not mean that C2 has no gravitational effect on B3.
The two stars are in a state of accompanying each other.
C two also has a gravitational pull on B three.
Just because B three is larger, the speed of all C two detours is more obvious and faster.
Fast forward to C 2 and it will take about 158 days to complete the orbit, that is, it will go around B 3 once.
B3, on the other hand, will take about 800 years to complete its orbit.
One is ridiculously fast, the other is ridiculously slow.
The antimatter object is orbiting stably in this binary star system.
With a diameter of about 400 meters, Jing's fingers are bigger than it. Just reach out and grab it.
But there is a very real problem. This antimatter object is a giant bomb. If you don't pay attention, it will be an earth-shattering explosion.
If Jing takes action rashly, will it cause the destruction of antimatter objects?
What's more, how it isolates the matter in the universe without reacting.
This is what Jing wants to know most.
This antimatter object rotates very slowly around the binary star system. It takes about 140 years to orbit the binary star system, which is much slower than the orbiting speed of C2.
However, the orbit of antimatter objects is much longer than the orbit of C2.
Moreover, its orbit is an extremely long elliptical orbit for most of the time due to the companionship of the binary stars themselves. The antimatter object is more like a small comet, orbiting two stars in an extremely long orbit.
The orbit of this antimatter object is mainly related to C 2 in the binary star.
Because star B3 moves more slowly around C2, when viewed from a long enough span, B3 appears to be the center of the binary star system.
However, due to the rapid movement of C2, the orbits of antimatter objects are constantly changing.
But despite this, the gravitational structure of the entire binary star system is very stable.
Jing quickly simulated the gravitational structure of the binary star system through the biological computer cluster in his body.
Very simple.
It has no reference value either.
In this way, capturing antimatter objects becomes the only thing that needs to be done.
Just as Jing Yi guessed at the beginning, there is a magnetic field on the surface of this antimatter object, but a magnetic field alone cannot shield it from all matter in the universe.
So Jing is curious about what structure is covered under the magnetic field.
In order not to rashly destroy the structure of the antimatter object, Jing chose a relatively gentle way to capture it.
"seduce".
Jing's mass fully allows him to use it as a gravitational source to capture this antimatter object.
The relatively gentle meaning is that by accompanying the antimatter celestial body in its orbit around the binary star, the orbit of the antimatter celestial body is gradually broken out in the process.
Finally, it will naturally leave this binary star system like a comet.
At this point, Jing can control this antimatter celestial body.
He must be careful.
After all, Jing didn't know if the antimatter celestial body's shielding against particles in the universe would suddenly fail if he moved randomly.
But when there was an explosion, he was afraid that he would be dead.
Orbiting a binary star system is as easy as walking on land.
The way Jing "seduce" antimatter objects is through force fields.
After all, the force field of primary individual life is also a magnetic force field, which can be perfectly used to attract antimatter celestial bodies.
However, in order to ensure safety, Jing initially touched the antimatter celestial body with the edge of the force field, giving a weak but continuous force.
This ensures that it can deviate from its orbit little by little while orbiting the binary star.
The entire process lasted approximately 114 years.
The scene is that when the antimatter object travels to the farthest distance from the binary star, it is successfully pulled out of the orbit.
And since there are no other planets in the entire binary star system, Jing can safely leave with this small celestial body.
Through the action of the force field, the antimatter objects established a new orbit around Jing.
This scene is quite interesting to watch.
A giant creature moves alongside a small celestial body.
In fact, during space voyages, individual life forms in the universe will more or less capture some asteroids to accompany them due to their large size and mass.
But these asteroids will eventually be abandoned in the universe because they cannot keep up with the speed of individual life.
But Jing didn't want to lose this antimatter celestial body.
He slowly adjusted the position of the celestial body through the force field.
The antimatter object slowly spirals upward from the legs of the scene, and its orbit is designed.
Jing didn't dare to let the antimatter object move too fast, so he waited for about a week before the antimatter object slowly came to Jing's shoulder.
Jing stretched out his arm, pushed it over, and finally moved it to the periphery of his palm.
Jing opened his palms and after constructing a large enough magnetic field, the antimatter celestial body began to rotate above his palms.
Jing stabilized it in his palm.
He just held the celestial body and his eyes stayed on the surface of the celestial body.
This is an asteroid, its mass is pitifully small compared to planets or stars.
It's not even ranked among asteroids.
But if used correctly, it contains enough energy to destroy a star.
It is a simple matter for such energy to destroy an individual life in the primary universe.
Jing just held a thing that could blow him up at any time, his eyes burning.
He wants to eat an antimatter celestial body.
But first, he needs to separate this antimatter celestial body.
After all, he couldn't swallow a ball with a diameter of 400 meters.
Moreover, if you want to transport this part of antimatter to your own storage organs, it is impossible to swallow it whole.
The best way is actually to extract it bit by bit like the antimatter generated by the Dyson sphere-collider device.
With the power of Jing, it will take about two weeks to extract the antimatter contained in this antimatter celestial body.
But before that, Jing still needs to study it carefully.
There are probably only two updates today, I need to take some time to sort out the outline.
(End of chapter)
