Chapter 369 This Is Not Normal!

Black holes are the most peculiar and mysterious celestial bodies in the universe.

Its gravity is so strong that no matter can escape from the event horizon, which is the boundary of the black hole. Because the escape velocity there has exceeded the speed of light, and the speed of light cannot be exceeded.

Even the fastest light cannot escape, so what else can escape from there?

So far, even though it has reached the peak of the third-level civilization and has begun to charge towards the theory of everything, Han Yang can be said to know nothing about what the inside of a black hole looks like and whether the laws of physics still hold true there.

In other words, Han Yang has some guesses, but he has no ability to verify them.

At this moment, Han Yang's computing power extended to the side of the most peculiar celestial body in the universe for the first time, and he saw the black hole with his own eyes.

To say that he saw it is actually not quite accurate. Because strictly speaking, a black hole cannot be seen.

It neither radiates any light nor reflects any light. It is completely dark and cannot be seen at all.

What Han Yang saw was the light formed by its influence on external objects.

A large amount of interstellar matter was attracted by its gravity and gathered around it. These materials rotated around it at a very high speed, and the friction between them generated a lot of energy, which made these materials have extremely high temperatures and strong radiation.

Among these radiations, visible light is also included.

Therefore, through the brightness of the surrounding area, the darkness of the core was reflected, allowing Han Yang to roughly see its outline.

But even this outline is not a presentation of the true appearance of the black hole.

The gravity of the black hole is too strong. Even the light outside the event horizon of the black hole will be affected by the black hole, causing deflection or offset.

So when it entered the telescope operated by Han Yang, it was also the light after the offset, full of distortion and confusion.

Even the light behind the black hole can be seen by Han Yang.

It is still because of the super strong gravity of the black hole. Its gravity also distorted the light behind it to the front, and entered the telescope together with the light in front.

Of course, after knowing these characteristics of black holes, through calculations and program corrections, Han Yang can remove these distortions and present the true appearance of black holes.

So a pure black sphere with a radius of about 26.4 kilometers appeared in his mind, and there was something like a ribbon floating around it.

This is the true appearance of a black hole.

Yes, its radius is only 26.4 kilometers. Not to mention the analogy of the sun, even compared to the earth and the moon, it is too small to be worth mentioning.

But with such a small volume, it is stuffed with the mass equivalent to nine suns.

If the sun is turned into a black hole, then the radius of the sun's black hole is only about 3 kilometers. If the earth is turned into a black hole, then the earth's black hole is only the size of a soybean.

Mountains, rivers, storms, rain and snow, vast plateaus, boundless oceans, thousands of creatures, everything on the earth, compressed into the size of a soybean, is a black hole.

The mass equivalent to nine suns sits here, so the huge red giant star with a radius of 5.6 million kilometers, about 800 million kilometers away from the black hole, as well as all the planets, dwarf planets, asteroids, comets, and interstellar dust in this galaxy, can only revolve around it with it as the core.

In Han Yang's opinion, this black hole is a relatively honest and peaceful one.

Although it has an accretion disk, there is not too much matter, and the rate of swallowing matter is not high. It is not like some bad black holes, which tear the mass from the companion star crazily.

Some star-black hole binaries, or white dwarf-black holes, neutron star-black hole binaries, because of the close distance, are torn by the strong gravity of the black hole, and the matter on the companion star will be directly sucked into the belly of the black hole.

Han Yang has observed that a neutron star, which is usually considered an extreme star and extremely powerful, was pulled into a flat sphere because it was too close to a black hole. Then it was directly torn apart and eaten without leaving any residue.

The lucky thing about this red dwarf star is that it is far enough away from the black hole, about 800 million kilometers away, so there is no need to worry about being torn apart by the black hole.

At this moment, the black hole absorbs only the stellar matter that it has thrown out because it has entered the last years of the star.

But this is not okay.

This black hole is so quiet and so honest, where can I observe enough violent physical phenomena?

It must be active and must be excited.

After unloading the total mass of 10 million tons of material, the Future Aerospace Mothership immediately started again and returned to the solar system.

The scientific research ships and transport ships that stayed here took these materials to the dwarf planet next to them.

This dwarf planet has a radius of about 2,000 kilometers, which is larger than the moon, and its mass reaches 2.2*10^23 kilograms, about three times that of the moon. This means that it has a higher density and a tougher stratum, which just meets Han Yang's needs.

Under Han Yang's direct control, up to one million robots and numerous mechanical equipment landed on this planet, and then the large-scale construction task was directly launched.

At this moment, there is no need to hide or worry. For hundreds of years, in the depths of this desolate and silent universe, Han Yang finally once again fully unleashed his engineering power.

It took about two years for Han Yang to build a large-scale and complete industrial base on this dwarf planet, with a total of 16,000 mines and up to 120,000 factories of various types.

The number of robots has climbed to tens of billions.

After that, Han Yang directly started the next stage of the task.

Build planetary thrusters.

Han Yang has done this kind of thing of pushing a planet forward, and has done it at least 80 times over the years, even if he has not done it 100 times. He has already had rich experience.

So, it took about three years for Han Yang to build up to 1 million planetary propulsion bases on this dwarf planet, and the plan went smoothly to the third stage.

Han Yang began to push the dwarf planet, directly reducing the orbital speed and making it fall towards the black hole of Gaia BH2. At the same time, he constantly modified and adjusted its orbital angle to ensure that it could reach the edge of the black hole at the angle and speed he imagined.

Yes, Han Yang wanted to push the dwarf planet into the black hole. He wanted the black hole to swallow the dwarf planet.

Because only in this way can the black hole be "activated", and only in this way can it go from a quiet state to a violent state, and the high enough energy level that Han Yang needs will appear.

At this moment, the entire hemisphere of the dwarf planet facing away from the black hole was covered by bright light at the same time. A full million rays of light pointed directly at the space like a sharp sword. It is estimated that with the level of a third-level civilization, it can be seen even hundreds of light years away.

However, Han Yang is not worried that the movement here is too big to attract the attention of others.

The reason is simple. Light travels at the speed of light. And the nearest civilization is about 600 light years away.

That is, they will not be able to see the movement here until 600 years later. By that time, Han Yang will have cleaned up everything and run away, ensuring that no traces will be left.

The vastness of the universe is Han Yang's best cover.

This dwarf planet, as bright as a star, rushed towards the black hole at a great angle.

Compared with the black hole with a radius of only 26.4 kilometers, this dwarf planet with a radius of 2,000 kilometers is undoubtedly a big one, even a giant.

But it is useless. It is huge, even if its volume reaches more than 400,000 times that of the black hole, it will not change its fate.

Even the red giant star with a volume of about 100 billion times that of the black hole has obediently surrendered to the black hole. It wants to make a splash with a mere 400,000 times?

Impossible.

When it was still nearly 10 million kilometers away from the black hole, the dwarf planet was directly torn apart.

It was directly torn from the sphere into long strips, and then began to spin around the black hole crazily.

Of course, long before it was torn apart, a large number of planetary thrusters built by Han Yang had been destroyed by violent earthquakes.

But it doesn't matter, at this moment, they have completed their mission.

They are just disposable items.

Because of the specific orbital inclination and speed before, after being torn apart, the material that constituted this dwarf planet did not revolve around the black hole peacefully, but began to approach the black hole uncontrollably, starting a journey of no return.

The mass of this dwarf planet is about 100 times the total mass of the material that previously constituted the black hole's accretion disk.

At this moment, there was a sudden influx of so much mass. Because of its own small size, the black hole was choked and began to "burp" because it was too small to swallow so much material in a short time.

Of course, the so-called hiccups are just a figurative description.

The actual situation is that the closer to the black hole, the more gravitational potential energy will be converted into kinetic energy, making the material run faster around the black hole.

The fastest can even be close to the speed of light.

Such a high speed will inevitably bring extremely violent friction and collision between materials. And this friction and collision will cause the material to have higher energy, thereby preventing it from falling further into the black hole.

Therefore, under the strong magnetic field of the black hole, these materials with the energy to escape the black hole will be violently ejected along the two poles of the black hole.

Just like when a person chokes on food, he coughs violently and coughs out the food.

This is the jet of the black hole.

Jets usually have extremely high speeds, even close to the speed of light, so they are also called relativistic jets.

Because at this speed, the relativistic effect will be very obvious.

Jets can usually be ejected to extremely long distances, easily hundreds of billions of kilometers. Some extremely powerful jets can even be ejected tens of thousands of light years away, which shows how strong their jets are.

And this is the high-energy environment that Han Yang needs.

Within the theoretical framework that Han Yang has mastered, such a high-energy environment may cause gravity to be temporarily unified with the other three fundamental forces, thereby creating a phenomenon that can be perceived from the outside world.

By observing and analyzing this phenomenon, we can further improve the membrane theory and make it truly a universal theory, thereby allowing Han Yang's technological level to be elevated to the fourth-level civilization stage in one fell swoop, allowing human civilization to truly become a fourth-level civilization!

Of course, this is only meaningful for Han Yang, who is only one step away from the fourth-level civilization and has mastered a deep enough theoretical foundation. If it were other civilizations, even Ziyun, Hematite and other civilizations, even if they observed this phenomenon, they would not understand it at all and could not find out what kind of mystery is hidden in it.

Before the relativistic jet appeared, Han Yang had already made a large number of observation equipment and aimed it at the black hole at the same time.

There are hundreds of large telescopes alone. Optical, infrared, soft X-ray, hard X-ray, gamma ray, gravitational wave, neutrino, and so on.

Some telescopes even ventured to a place only a few hundred thousand kilometers away from the black hole to start observation.

At this distance, the clock slowing effect is already quite obvious. The telescope felt that only one day had passed, but Han Yang felt that almost a month had passed.

In addition to the impact caused by the change of time, the close distance means that the radiation is also more intense. Although Han Yang has improved the protection capabilities of these observation equipment as much as possible, they can still only last for an average of 1 to 2 hours - that is, between 30 and 60 hours in the outside world before they are damaged.

Each of these special telescopes is very expensive. If measured in human currency, each one must cost hundreds of billions.

But Han Yang has made tens of thousands of them, completely regardless of the cost, and he has no regrets about throwing them in, ensuring that there are at least three such observation devices observing the jet from different angles and at different time speeds at any time.

In this case, a large amount of data is generated rapidly. If Han Yang had not prepared a supercomputing center and enough hard drives in advance, he would probably not have had time to record these data.

These data were generated by Han Yang after decades of time, and he even pushed a planet into it. It would be a crime to waste any of it.

After observing for more than a month, the jet gradually began to weaken and lost the ability to create that high-energy environment.

There is no way, this dwarf planet is still too small after all. If it were a star, it should be able to last for a while longer. It's just that Han Yang doesn't have the ability to push a star.

However, the existing data should be enough.

Han Yang then began to analyze the data.

After all-out analysis and analysis, Han Yang found something very strange.

In certain stages of the jet, the intensity of gamma rays actually showed some abnormal fluctuations.

Although this fluctuation only accounted for about one hundred thousandth of the overall radiation intensity, it was very small and inconspicuous, but it was not normal!