After Cheng Yuhua finished delivering supplies to the space station, he continued to fly the space shuttle to the space laboratory.

The orbital altitude of the space laboratory is much higher than that of the space station, where there is no longer a thin atmosphere and is in a vacuum.

The space shuttle soon arrived at the space laboratory that Xu Rui's scientists wanted to reach.

This space lab is one of three labs in space with a quantum computer.

This space lab also has a nuclear power plant compared to two other space labs.

This space laboratory can complete the fabrication of high-temperature limit materials.

Cheng Yuhua accurately controls the space shuttle and completes the docking task with the space laboratory.

After docking with the space station, he was already proficient in controlling the space shuttle, and there were no accidents in this docking work.

When the space laboratory is manufactured, in addition to opening up a passage for transporting materials, there is also a passage for personnel to enter and exit.

The space shuttle docked with the space laboratory, and the space shuttle seemed to be embedded in the space laboratory.

Cheng Yuhua looked at Scientist Xu Rui, and he reminded: "The inside of the space laboratory is completely vacuum, Scientist Xu, you have to wear a spacesuit."

We rest and eat, we all need to return to the space shuttle, wait for you to complete the scientific research mission, we will go to the space station to pick up Wei Ziping, and return to Earth together. ”

He began to help scientist Xu Rui put on the spacesuit and double-checked that the spacesuit was worn correctly.

In the process of preparation, the intelligent robot has already transported the raw materials from Earth to the space laboratory.

Everything was ready, and Cheng Yuhua led the scientist Xu Rui into the space laboratory.

As soon as they entered the space lab, their bodies were floating in the air.

Cheng Yuhua has been training for a long time and his physical fitness is also very good, and he can quickly master the rhythm of his body.

When scientist Xu Rui suddenly encountered this kind of weightlessness, he was a little panicked and didn't know how to control his body at all.

Cheng Yuhua patiently taught Xu Rui and helped him complete the control of his posture.

After Xu Rui's training, he was able to gradually control his body and move slowly in the space laboratory.

After he got used to the environment of the space lab, he immediately began to connect with the space lab quantum computer through his smart device.

The smart device receives neural signals from the brain to direct the quantum computer to run programs.

Based on the theoretical knowledge studied in the ground, Xu Rui began to write a program for the manufacture of high-temperature limit materials.

Thousands of times the material has been made here in the space lab, but none of them have succeeded.

Xu Rui followed the experimental path designed by many scientists in the research institute and opened the nuclear power plant again.

This time, he had to observe the operation of the nuclear power plant up close, find out where the problems had occurred before, and let the nuclear power plant really make extreme materials that can withstand high temperatures.

The nuclear plant was officially launched, and the raw materials were transported to the nuclear plant, and the atoms were pulled by the nuclear force and began to break into elementary particles.

These elementary particles are arranged in a heterogeneous manner according to certain rules.

The nuclear plant began to operate at maximum power, compressing these particles arranged in a certain pattern.

Xu Rui scientists observe the changes in the force field of the nuclear power plant, and control the density of particles according to the change in the force field strength.

The principle of manufacturing high-temperature limit materials is simple, that is, the particles are tightly connected without gaps, and they are tightly bound together by strong interaction forces.

Even at extremely high temperatures, particles do not undergo Brownian motion through the action of strong nuclear forces.

The manufacture of high-temperature limit materials is very harsh, and the particles that make up the material change, and very small gaps appear inside the material.

It is possible that in the case of extremely high temperatures, the particles will undergo Brownian motion and produce a chain reaction that will cause the entire material to collapse.

Scientists Xu Rui have been staring at the state of the nuclear power plant, and all the data indicators of the nuclear power plant are developing in the direction they designed.

The nuclear plant ends up with a thumb-thick hollow pipe, which is the centerpiece of a controlled fusion reactor.

Scientist Xu Rui is looking forward to testing the material with mechanical waves, and through the vibration frequency of the material, to see if there are cracks inside the material.

It is clear from the instrument that this material, which looks perfect on the outside, is filled with millions of empty spaces, large and small.

Scientist Xu Rui frowned and was silent for a long time, this time the material and the materials automatically manufactured by the nuclear power factory in the past all had the same problem.

Now he can only identify the problems that may arise in three areas, and can only start to verify the material production process one by one by eliminating them.

Scientist Xu Rui only sleeps 4 hours a day, except for sleeping and eating, he soaks in the nuclear power factory, observing the fluctuations of the force field of the nuclear power factory when the high-temperature resistant limit materials are manufactured.

Through continuous improvement of technical solutions, the state of high-temperature limit materials is observed.

Scientist Xu Rui observed the start of the nuclear power plant, and he muttered, "The 1263rd experiment."

He is now confident that the technical problems he encountered have been solved, and that this experiment is likely to produce a qualified product.

Studying an advanced material is a matter of trial and error.

Xu Rui personally sat in the space laboratory and could observe more detailed experimental phenomena.

Combine your own observations of experimental phenomena with the state of a nuclear power plant collected by a quantum computer.

The data was transmitted to the earth, and scientists on the earth began to study the data, and then fed back the experimental improvement plan to Xu Rui.

Through the joint efforts of the ground and space laboratories, they have solved all the technical difficulties of high-temperature extreme materials.

Nuclear power factories began to break up atomic nuclei and extract the elementary particles that make up the heat-resistant limit material.

These elementary particles are no longer mixed and compressed together, but are arranged in different layers. It's just that the density of each layer of particles is different.

Synchronous compression occurs in an instant, with different densities of elementary particles because of different rates of compression.

They are mixed with each other to form a cohesive entity.

After the nuclear power plant finished manufacturing the high-temperature limit materials, Xu Rui began to test these materials with equipment.

"There are 6 vacancies for high-temperature resistant limit materials."

He looked at the test results and shed tears of emotion. If there are fewer than 10 vacancies, this means that the material is manufactured and can be officially used in a controlled fusion reactor.

Xu Rui immediately excitedly informed the earth of this information.

"Our experiment was a success."

Zhou Yu and Xinghuo scientists have been waiting for Xu Rui's news that the material has been successfully manufactured so that they can continue to work on controlled nuclear fusion reactors.

Zhou Yu said excitedly: "Xu Rui's project has been successful, and we can fully launch the controllable nuclear fusion reactor project."

In the future, the energy problem will not limit the development of human civilization. ”

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