Gravity is the key way to observe dark matter.
But now if Jing wants to use gravity, all he can think of is his own force field.
Jing's force field has a gravitational field, but its proportion in the structure is not large, or even negligible.
But this is actually enough.
The universe seems to favor individual life, allowing them to be born with the next highly evolved direction.
When the magnetic field weakens and a tiny layer of gravitational field serves as the main structure of the force field, the scene can vaguely capture the figure of dark matter.
Their number was extremely large, but when Jing observed them, it was as if he was looking through a layer of frosted glass.
You can see it, but you can't see it clearly.
If it appears on the computer, it looks like gibberish.
But it's better than nothing.
However, this method of weakening the magnetic field and only observing it with the gravitational field cannot last long.
The first is a safety issue, and secondly, the observation effect is not obvious.
Saul's civilization hopes to discover dark matter through a gravitational wave detector. Although the gravitational wave detector is small, if the entire device for capturing dark matter is added, the entire frame of this thing will be smaller than a head.
It's a pity that before the construction was completed, Saou's civilization was destroyed by the King.
Otherwise, Jingduo could more or less gather more wool from Saouwei Civilization.
It is impossible for Jing to build a dark matter capture device by himself. But Jing has an idea to go to the B3-C3 binary star system to see the gravitational structure of this galaxy.
There is no guarantee that he can find some inspiration in it to fill his own gravitational field.
Jing Shang doesn't know how iteratively updates the individual life force field in the universe, but it's not illegal to enhance the gravitational structure in his own force field, right?
The journey soon passed halfway. During this period, Jing also passed by many star systems.
In order to prevent his own course from deviating, Jing must give himself a little acceleration to correct his course when he is near these star systems.
Otherwise, a small deviation will cause huge errors over a long enough distance.
A slight mistake can make a thousand miles difference.
It is very normal in space navigation to adjust one's course from time to time.
After all, everyone is orbiting around the central black hole of the galaxy, so from a large perspective, they are actually following an arc.
If you keep walking in a straight line, you will fly out long ago.
Although it is not possible to tell whether this arc is crooked or straight in a short distance, you can tell by checking your destination from time to time during a long voyage that there has actually been a slight deviation. This is when you need to Orient yourself.
Otherwise, you will take a lot of wrongdoings.
Moreover, although space navigation still travels in a straight line, there is actually a curvature in space.
You can try to poke two points on a piece of paper, then connect the two points with a straight line, then fold the paper in half a few times and lay it flat without having to flatten the paper.
The two points poked out at this time are like two star systems in the universe. Their actual distance is shorter than before it was folded in half, but the length of the straight line has not been shortened.
The curved paper is actually like the invisible space in the universe.
A spaceship, an individual life in the universe, if it wants to get from star system A to star system B, it needs to go through such ups and downs of space.
Although the straight-line distance looks short, the actual distance in space may be longer.
Just like a winding mountain road, the straight-line distance from the foot of the mountain to the top of the mountain is so short, but the road up is full of twists and turns.
Of course, space in galaxies rarely has such outrageous "twists".
After all, the gravitational effect of the central black hole is not in vain.
Massive celestial bodies bend the space around them.
Therefore, within the galaxy, space is not so exaggeratedly "tortuous".
The scenery is still generally moving forward in a straight line.
However, you still need to adjust your forward course occasionally.
Jing did not stop in the surrounding star systems this time, but passed directly through them.
After all, acceleration and deceleration require a lot of energy. It is actually a waste to stay on the star and swallow the star's energy to replenish antimatter.
And there is nothing attractive in these star systems.
In fact, after leaving the Ika ring, more stars seem to have become lonely, with no planets accompanying them.
The stars in the Ika Ring are more or less accompanied by a few younger brothers.
And after coming out, Jing rarely encounters life.
After all, there are not even planets in the star system. How can we expect small life to grow in the star?
That is somewhat inconsistent with the world view of individual life.
Jing didn't feel that he actually had a worldview that was not in line with scientific and technological civilization.
But that’s fine too.
At least it shows that the area where this binary star system is located may also be an area where life is scarce. This means that Jing has a complete chance to collect antimatter there by himself without being disturbed by any life.
Isn't this comfortable?
But 3,190 light-years behind the binary system is a stellar nursery.
A large amount of gas accumulates there, and they will one day become new stars.
Jing felt that maybe it was this stellar nursery that caused the extremely rare life born in this starry sky.
It's just a little too close.
There are so many stars in this area that there are actually very few stars in this area that spans 7,000 light-years.
Although most stars are not accompanied by planets, they are accompanied by one or even several stars.
This area is actually the best place for a primary individual life like Jing, or a primary technological civilization, to observe the gravitational structure of the universe.
Therefore, although there are very few lives born here, there are definitely lives active in this area.
There will even be traces of a large number of primary individual lives and primary technological civilizations.
However, any smart guy would not be able to reveal his traces.
When it was finally about 50 light-years away from the B3-C3 binary star system, the scene had already begun to gradually slow down.
And this deceleration is powered by fusion fuel.
Jing needs to preserve enough antimatter energy to face the possible battle that follows.
Around 640, Jing could already see the two huge stars in front of him, but there was also bad news.
Jing found a detector.
It is flying through the universe at 0.1% of the speed of light.
It's just that there are no detectors with the same signal around it. Maybe it was released by that technological civilization to explore the universe.
But even this cannot be taken lightly.
The scene simulates a planet passing by and "gently" changing the route of the probe.
(End of chapter)
