Gravity is a key way to observe dark matter.

But now if he wants to engage in gravity, all he can think of is his own force field.

The force field of the scene is with a gravitational field, but the proportion of the structure is not large, and it can even be said to be minimal.

But that's enough.

The universe seems to favor individual life, allowing them to be born with the direction of evolution to the next level.

When the magnetic field weakens and a negligible gravitational field acts as the main structure of the field, the dark matter can be vaguely captured.

They are extremely numerous, but when Jing observes them, it is as if through a layer of frosted glass.

I can see it, but I can't see it clearly.

If it is presented on the computer as if it is a piece of garbled characters.

But it's better than nothing.

However, this method of weakening the magnetic field and observing it only with the gravitational field does not last long.

The first is the safety issue, and the second is that the effect of such observations is not obvious.

Sake is the dark matter that civilization expects to discover through the gravitational wave detector, although the gravitational wave detector is small, but if you add the whole device to capture dark matter, the whole frame of this thing is a head smaller than the scene.

It's a pity that before it was finished, Saur was given the end of the scenery for civilization.

Otherwise, Jing can more or less gather more wool here for the civilization of Saou.

It's impossible to let Jing build a dark matter capture device by himself. However, Jing had an idea to go to the B3-C binary star system to see the gravitational structure of the galaxy.

Maybe he'll be able to find some inspiration in it to fill his gravitational field.

Jing Shang doesn't know what kind of way to iteratively update the individual life force field of the universe, but it is not illegal to enhance the gravitational structure in his force field, right?

The journey was halfway through quickly. During this period, Jing also passed by many star systems.

In order not to deviate his course, Jing must give himself a little acceleration to correct his course while on the edge of these star systems.

Otherwise, a little deviation will cause a huge error at a long enough distance.

That's the case with the slightest difference.

Adjusting one's course from time to time is a very normal thing in astronautics.

After all, everyone revolves around the black hole in the center of the galaxy, so from a large perspective, they are actually walking in an arc.

If you keep walking in a straight line, you will already fly out.

Although this arc is not crooked or straight in short distances, you can know from time to time on a long voyage that you can know that there is already a slight deviation, and it is time to adjust your direction.

Otherwise, you will take a lot of unjust roads.

Moreover, although the space still follows a straight line, in fact, there is an arc in space.

Try poking two dots on a piece of paper, then connecting the dots with a straight line, and then folding the paper in half a few times and laying it flat instead of flattening the paper.

At this time, the two points poked out are like two galaxies in the universe, their actual distance is shorter than before the fold, but the length of the straight line is not shortened.

And the curved surface of the paper is actually like an invisible space in the universe.

A spaceship, an individual life in the universe, needs to pass through such ups and downs in space if it wants to get from star system A to star system B.

Although the straight-line distance may seem short, the actual spatial distance may be longer.

Just like a winding road, the straight-line distance from the foot of the mountain to the top of the mountain is so short, but the road you want to go up is one bend after another.

Of course, there are few such outrageous "twists" in the space of galaxies.

After all, the gravitational effect of the central black hole is not blind.

Massive celestial bodies bend the space around them.

So within the galaxy, space is not so exaggerated "twists and turns".

The scenery is still in a straight line.

However, you still need to adjust your course once in a while.

Jing didn't stop at the surrounding star systems this time, he passed by directly.

After all, it takes a lot of energy to accelerate and decelerate, and it is actually a waste to stay on the star and devour the energy of the star to replenish antimatter.

And there is nothing in these galaxies that attracts the view.

In fact, after leaving the Ika ring, more stars seem to be alone, and there are no planets to accompany them.

The stars in this area of the Ika Ring are more or less with a few younger brothers.

And after coming out, Jing rarely encountered life.

After all, there are no planets in the star system, so do you expect a small life to grow out of the star?

That's more or less out of line with the worldview of individual life.

Jing didn't feel that he actually felt that he was actually a little inconsistent with the worldview of scientific and technological civilization.

But that's fine.

At the very least, it means that the area where this binary star system is located may also be a zone where life is scarce, which means that Jing has every chance to collect antimatter there by himself and will not be disturbed by any life.

Isn't that comfortable?

However, at a distance of 3,190 light-years after the binary system, there is a stellar nursery.

A large amount of gas collects there, and it will become a new star one day.

Jing felt that perhaps it was this stellar nursery that caused the life born in this starry sky to be extremely rare.

It's just a little too close.

There are ridiculously many stars in this area, and a single star is actually a small number in this area of 7,000 light-years.

Most stars are not accompanied by planets, but they are accompanied by one, or even several, stars.

In fact, this area is the best place to observe the gravitational structure of the universe for a rudimentary individual life like Jing, or a rudimentary technological civilization.

Therefore, although there are very few lives born here, there are definitely lives that move in this area.

There will even be a large number of traces of primary individual life and primary technological civilization.

But as long as it's a smart guy, it's impossible to show your tracks.

At the end of the B-3-C binary system, which is about 50 light-years away, the scene has begun to decelerate gradually.

And this deceleration is made using fusion fuel.

Jing needs to conserve enough antimatter energy to prepare for the battle that may take place.

Around 640, Jing was already able to see the two massive stars in front of him, but there was also bad news.

Jing found a detector.

It is speeding through space at 0.1% of the speed of light.

It's just that there are no detectors around that have the same signal as it, so I guess it was released by that technological civilization to explore the universe.

But even this should not be taken lightly.

The scene simulated a planet flying by, "gently" changing the route of the probe.

(End of chapter)