Although Jing's information organs can't cover such a long distance, Jing's eyes can "see".

Several of Jing's eyeballs have been transformed into telescope structures.

Jing has a circle of eyeballs around his skull to observe astronomical phenomena from a distance, mainly so that he can see more starry sky without turning his head.

Let's not talk about eyeballs.

Noe does have a binary star system 892 light-years away.

A binary star system is a system of celestial bodies made up of two stars that appear to be very close to each other in relation to the other stars.

The binary star system that Nou is referring to is a physical binary star, which means that one star orbits another star and has a gravitational pull on each other.

The two stars in this binary system are still very young and travel with each other in space.

There is a very special asteroid in the gravitational field of both sides.

Jing didn't care at first, he thought it was just an asteroid that had lost its way and fallen into blood mold.

But it wasn't until Noe said it was an antimatter asteroid that I was surprised.

How is this possible?

The possibility of a natural antimatter object in the universe does exist, but Jing Bu feels that he can meet it at a distance of 892 light years.

For Jing, this distance is actually a matter of 10,000 years of astronautics.

This is nothing compared to its million-year life.

So it's really too close.

If the Ica Federation wanted to go such a long distance, even if it was a biological dormancy, it would take more than ten generations to reach it.

If it is indeed as promised.

Then this antimatter asteroid is the reason for Jing to leave this star system early.

That's an antimatter asteroid! According to Jing's observations, its diameter is estimated to be 400 meters, but the energy contained in it is enough to blow Jing up hundreds of times. If you can successfully capture it, even a little wool will be enough to make Jing use it for a long time.

But there is also a very obvious problem.

Where did this antimatter asteroid come from?

Jing made antimatter is actually very primitive, he uses a force field, a strong magnetic field to accelerate the collision of particles in it, it takes a lot of time and energy to create a little antihydrogen atom.

Storage also relies on its own force field.

The source of antimatter fuel for the Ica Federation is the construction of the Large Particle Collider, powered by stellar energy. Although their manufacturing methods and output are much higher than Jinggao.

In essence, what Hejing is doing now is similar.

So where did this antimatter object come from?

And the gravitational structure between two stars can trap an antimatter object, but wouldn't the material ejected by two stars in a binary system collide with the object?

Jing's eyeballs are constantly adjusting the parameters, but if you want to know more, it's best to go 892 light-years away.

Jing looked at the huge celestial body beneath his feet.

In the end, he decided to leave.

It's just that he needs to reserve enough energy before leaving.

Of course, Jing didn't run 892 light years directly, and he wasn't a fool.

The nearest destination is actually a galaxy 8.2 light-years away.

Jing's naming of galaxies is actually the same as Nuo's sentence - "Do you still want to give food a nice name?" ”。

And so.

Jing doesn't care about the names of the galaxies.

Just know what it is.

All the galaxies around this area are really only related to brightness and size in the naming conventions of the scene.

The brightness is 6 levels from high to low, indicated by A to F. The size is divided into 9 levels, from one to nine from small to large.

The Sun is a second-order sized star.

Take, for example, the Ica Federation's proto-star system.

Its brightness is C, and its magnitude is two, which is a C-2 star.

If there are more than one C-2 star within 100 light-years, it will be divided into C2-1, C2-2, and C2-3 according to the distance from the scene.

In the case of a binary star system, it is generally a continuous name.

The binary star 892 light-years away is a B3-C 3-C 3 star.

Jing didn't need to come up with a precise name for the stars, he just needed to know where they were.

At the same time, the star map will be updated in real time within 100 light years.

As for those 100 light-years away, Jing only remembers certain stars.

For example, B3-C 3-C stars.

Simple and crude naming conventions.

Celestial bodies, in the eyes of individual beings in the universe, are only the difference between those who can eat now and those who can eat later.

Jing lay on the stars of the original star system of the Ica Federation for nearly seven hundred years before leaving.

By the time he left the star, Jing's main power organ had been replaced by an antimatter engine.

Of course, there is not a lot of fuel in it.

However, this is all there is to the antimatter engine, which is to be active.

It was very violent.

As soon as the magnetic field is pushed away from the star by a stream of particles from a stellar storm, Jing immediately turns on the antimatter engine.

The scene, which had already reached 1,000 meters per second, sent itself to a speed of 4,000 meters per second in the next ten minutes.

That's not the limit of the antimatter engine's acceleration.

To put it simply, it's still warming up.

In addition, as a first-time scene, it also requires a certain amount of adaptation.

In the second year after leaving the galaxy, Jing had reached 10% of the speed of light.

The antimatter fuel that had been stored for hundreds of years had already been burned out, and it had been stored for three or four hundred years, but it burned out in less than half a month, and the rest of the time was completely accelerated slowly by the fusion engine.

It's certainly impossible to say that you don't feel distressed.

Jing finally knew why Nuo stayed in the home galaxy for so long, and even spent hundreds of thousands of years specially eating up everything that the entire star system could eat.

It's just to store energy!

One-tenth the speed of light.

To be honest, Jing didn't expect that he would be able to soar to such a speed in such a short period of time.

Although the second half of the process is accelerated by the fusion engine, at least 60% of this tenth of the speed of light is contributed by the antimatter engine.

It took less than half a month and contributed 70% of the acceleration.

The fusion engine contributed 30% over the next two years.

Understandably, the quality of the scenery is still very large.

In space, it is not said that a light push can give any material velocity.

If this is really the case, why build planetary engines when the earth is wandering?

Arrange a few people to go up and push, maybe it will be faster.

After leaving the star system, I can feel the emptiness of the universe more and more.

Jing is such a creature close to 2,800 meters, but in fact, it is still small.

After gnawing on the stars for hundreds of years, Jing always has to grow a little body!

In fact, even without the temptation of antimatter objects, Jing could not have stayed in this star system for too long.

Once he had gathered enough fuel, he was leaving.

It's still the same old saying.

It's so "barren"!

The Ika Federation has created evil, resulting in a lot of needed materials that need to be created by Jing himself! This is a galaxy that even iron needs to build by itself!

"D-2-1 planets, wait for me!"

The galaxy 8.2 light-years away is completely unaware of it, and at this moment there is a cosmic individual life rapidly approaching it.

(End of chapter)