After rushing into the inner space of the sun, although the spacecraft did not encounter any danger, the inner space of the sun is not much different from the space of the solar system. It is just a shrinking space.

However, after entering this space, the spacecraft could not find a way out of the inner space of the sun. This seemed to be more difficult than Thomas and his colleagues going through the solar system shell layer formed by floating stars.

Fortunately, Anthony and the others installed a tachyon transmission system in the spacecraft before using the holes in the sunspots to rush into the solar space. Although their spacecraft could not rush out of the solar space, people could still pass through the holes in the spacecraft.

The tachyon teleportation system flies out of the inner space of the sun.

In this way, Anthony and the others often pass themselves back and forth between spacecraft inside and outside the solar system, and have the Engineering Office of the Inner Space Exploration Branch mass-produce special spacecraft for the inner space of the solar system, that is, spacecraft that can only enter but not exit, and constantly rush into the sun.

Space. At the same time, they also actively cooperated internally and externally to overcome the problem that the spacecraft cannot rush out from the inner space of the sun.

Although relevant experts believe that as long as the spacecraft enters the solar space, the problem of entering and exiting is not considered for the time being, Anthony still wants to find a way to return the spacecraft from the inner space of the sun to the inner space of the solar system. After many explorations by experts and scholars, they

The detailed structure of the solar shell has been clarified, and there is a way to enter and exit the inner space of the sun.

In other words, to break out of the solar shell, that is, those huge floating stars with explosive materials that exist in the solar shell, we only need to guide these floating stars and push them to the vicinity of the solar shell, allowing them to

After being heated and exploded, the solar shell membrane is blown into a through hole, and then it can freely enter and exit the inner space of the sun.

However, it is not easy to achieve this goal. If it slowly and naturally approaches the solar shell and explodes the solar shell membrane, it will take many years and months.

Therefore, Anthony believes that the best way is to find a way to install thrusters on these larger floating stars, push them close to the solar shell, and then use rockets to detonate them. In this way, artificial breakthrough of the solar barrier can be realized, and the space inside and outside the sun can be achieved.

.

"Broken-shell floating stars (the name given by Anthony to those floating stars with non-radioactive materials containing flammable and explosive materials in the solar shell) are easy to find because of their large size. However, there are many things bound to them.

Propellers are not easy," Anthony said.

"Most of the floating stars under the sun's crust are made of extremely radioactive materials, and we can't get in. We can only use programmed or wirelessly controlled manipulators to install thrusters on them, and use the thrusters to push them to the vicinity of the sun's crust.

and detonated.

Then when the through-hole is blown out of the sun's shell, we can rush in and out of the sun's shell." Kuvis said: "It is just to push it near the sun's fire shell among the many floating stars, but it is very difficult.

It’s strenuous.”

"Yes," Anthony said: "If you seek nature, you have to wait for the opportunity; if you rely on man, you have to adjust. Everything is difficult to do."

"We can ask the engineering department to trial-produce many propellers with drill bits, and then send them to the shell-breaking floating star, control it to automatically drill holes as soon as it gets close to the floating star shell, nail the thrusters on, and then use different directions to nail the propellers.

The booster just pushes the floating star close to the sun's fire shell and then detonates it."

"Your method is worth considering. I will ask the engineering department to build a large number of such thrusters, and I will start experiments later." Anthony agreed.

Compared with the sun, Proxima Centauri is pitifully small. However, as the nearest star to the solar system, it is also one of the first places that humans hope to reach. Proxima Centauri is small from the sun, because its volume and mass are smaller than the sun.

Since its inner radius is also small, it naturally becomes the star closest to the sun.

However, humans only think that its light is weak and the planets around it may be suitable for human habitation, but they ignore that its light is fundamentally different from that of the sun. For people living under the sun, this light is

It causes fatal harm to the human body. Therefore, it is not suitable for human habitation at all.

But no matter how you say it, the inner space of this small star is still very large. Although the distance in the inner space is less than 1.5 light-years, it is still 114 trillion kilometers. For a spacecraft that travels more than 100,000 kilometers per hour,

It is also a journey that takes more than 10,000 years.

Taking this into account, the Kuiper Space Agency equipped Thomas with two expensive and uncommon sublight speed spacecraft. Although this kind of ship is far slower than the speed of light, it is not easy to control because of its extremely fast speed and is prone to collisions.

The plane crashed and everyone died.

Since this kind of spacecraft is not suitable for navigation in floating stars, and even inner space is very dangerous, the Kuipers rarely use it. However, considering the needs of Proxima Centauri exploration, the Inner Space Branch had to report to the Kuiper Space Administration and decided to take the risk of using this aircraft.

For the sake of safety, its speed was further reduced to one quarter of the speed of light. In this way, Thomas and the others traveled for more than two months to reach Proxima Centauri. The results were disappointing.

Thomas and Jiang Tiancheng made an emergency retreat and hovered the spacecraft 600 million kilometers away from Proxima Centauri. They ordered Jiang Tiancheng to stay on guard while they themselves transmitted the message directly back to the Kuiper Space Branch through the tachyon transmission system on board, and then transmitted the message again.

He went to the biological information library of the Kuiper Institute of Biology and asked experts who had come to wait after hearing the news to conduct a comparative examination on himself. It was found that the tissue in his head was severely damaged from the eyes outward.

The experts sampled and archived the diseased tissue information for research, and then quickly repaired the damaged tissue and restored it to its original state through the updated information left in the biological information database. Thomas then transmitted the diseased tissue through the tachyon transmission system.

Return to the spaceship in Proxima Centauri.

Then let Kuvis go to the Kuiper Institute of Biology for a full-body examination, and let experts and scholars take samples for preservation. After Kuvis returned, the two began to approach Proxima Centauri again and observe the planets around Proxima Centauri. However, he did not directly observe it again.

Proxima Centauri.

The closest planet to Proxima Centauri is about the same size as the Earth, but it looks desolate and burnt, which shows the corrosive power of Proxima Centauri's light. Thomas didn't dare to look too much, so he only used the outside of the camera to

The camera directly captures intuitive images for research by relevant experts.

"Are we still going to Binlin to take direct images?" Jiang Tiancheng asked.

"Look," Thomas pointed to the light intensity meter in front of him and said, "its light is still very strong now, let's wait until it weakens before we go. If it suddenly bursts out and burns our spacecraft, everything will be over.

"

"Is it really that powerful?" Jiang Tiancheng laughed, he didn't believe Thomas's view.

"Didn't you see it?" Thomas pointed to the video of the planet's surface in front of him. Even its surface was scorched, let alone a spacecraft as small as ours."

"We are too far away from this planet now. It is difficult to obtain more detailed information through this kind of observation. Should we go to the back of the planet to collect samples and observe it?"

"Don't worry, we must first collect information about the environment of Proxima Centauri. Our spacecraft is fast and it is not easy to approach at close range. We must prevent small satellites or dark rings around this satellite. Otherwise, if it collides with it, we will be dead."

Already."

"So what, we are dead. The Kuiper Institute of Biology will immediately clone us. What are we afraid of?"

"But what about this spacecraft? This is Kuiper's most expensive spacecraft. We can't risk it, right?"

"Okay, just do what you want. Anyway, you are the captain, so it doesn't matter what I say." Jiang Tiancheng said.
Chapter completed!