Rebirth of science and technology academic master

After this CCTV trip, Qin Yuanqing returned to Shuimu University.

Starting from 2020, Shuimu has added more than twenty new majors, especially in the field of mathematics, with several additional subdivisions, all of which Qin Yuanqing laid the foundation for anti-gravity technology.

Qin Yuanqing can build an anti-gravity device by himself, but to promote anti-gravity, it requires a huge amount of energy, and a group of professional scientists is also an important part.

He is just a person, not a single person. Even if you split him in half, you can't cover everything and do it yourself. Therefore, it is necessary to train a group of people and let them do it and deepen the technology, including the miniaturization of anti-gravity devices. A group of experts in the field do it.

Moreover, the subjects he opened up are not limited to anti-gravity technology, but also include future space research, such as future interstellar travel and interstellar information transmission, which all involve the application of space mathematics.

Qin Yuanqing only had three days at Shuimu University. During these three days, Qin Yuanqing conducted questions and answers.

Qin Yuanqing then attended an aerospace industry conference, which was about a major adjustment to the aerospace industry. With the control of desertification, the climate environment in the central and western regions has been greatly improved, whether from the perspective of promoting the development of the central and western regions or considering strategic security. , there is no doubt that it is most suitable for the aerospace industry to be placed in the central and western regions.

Qin Yuanqing also affirmed and approved of the adjustment of the aerospace industry to the central and western regions and voted in favor.

After adjustment, most of the aerospace industry in the military field will be transferred to the central and western regions, with a small part located in the northeast, Gan province, and southwest. However, more aircraft maintenance industries and construction industries in these places will be concentrated in the central and western regions, mainly in the central and western regions. The two centers of Chang'an and Chengcheng form an aerospace industry belt from Chang'an to Chengcheng.

The civil aircraft industry is concentrated in the Yangtze River Delta. The final assembly plant is located in Shanghai, and supporting factories are distributed throughout the Yangtze River Delta.

As for the scientific research center, it is in the capital. This will not change due to industry adjustments. The capital has Beihang University, Shuimu University, and major scientific research institutions. Unless Beihang University is moved to the mid-west and Shuimu-related majors are divested and merged Join Beihang University or establish an aerospace branch in the Midwest. Otherwise, the aerospace research center can only be in the capital. Even places with Harbin Institute of Technology cannot compete with the capital for aerospace research centers.

After Qin Yuanqing attended this meeting, he felt that the whole country was in a chess game. For a country, good development in one place is not really good. Only when the whole country develops well is it really good.

As the eastern part gradually completes the upgrading and transformation of its industrial structure, mid- to high-end manufacturing has become the backbone of the eastern part, supplemented by the service industry, and new urban types such as smart cities, big data cities, tourism cities, sponge cities, and future cities are being explored.

Qin Yuanqing then came to a secret base in Gansu. This base was a secret base belonging to the CNSA. It mainly publicized life systems and established systems for astronauts to survive in space and on the moon.

After all, whether in space or on the moon, the environment is hugely different from that of the earth. The earth has abundant oxygen and a thick ozone layer to isolate ultraviolet rays and other rays that are very lethal to humans. In space and on the moon, you are really exposed to these highly lethal rays. If you don't do this well, astronauts will be greatly harmed and genetic mutations will occur, and genetic mutations are often for the worse. This It is a high probability event.

Therefore, it is imperative to ensure that a large number of harmful rays are isolated and to establish a system that is conducive to the long-term survival of astronauts in space and on the moon.

Whether it is the previous International Space Station or China's Tiangong Space Station, survival systems are an important part of the space station. However, these survival systems are relatively simple and can only guarantee the survival of astronauts for a few months or one or two years. There is no way to guarantee that humans can survive here for ten or twenty years!

Coupled with controllable nuclear fusion technology and anti-gravity technology, the survival system will have considerable requirements. One of the most important signs of the survival system in Qin Yuanqing's "Double Ring Space Station" is that in the living area, the survival system needs Ensure that astronauts living and working in this area are no different from those on the surface of the earth.

Among them, artificial gravity and anti-gravity technology are needed to make the gravity in this area the same as that of the earth. How to maximize the use of energy and materials, achieve the maximum circulation rate, and explore various comforts is extremely important. of.

Beyond that is safety!

Whether in space or on the moon, safety is always the first priority. After all, in space and the moon, you are faced with various dangers at any time, such as meteorites, artificial satellites, etc. How to deal with meteorites and artificial satellites is A topic, and how to ensure that astronauts can survive for a period of time in the event of a major crisis, waiting for the aerospace plane launched from the earth to rescue!

In the future, astronauts will definitely be the elite among human elites. Every astronaut is very precious. The loss of an astronaut is a major loss. Protecting astronauts is a big issue!

"Academician Qin, this is a life system we simulated. It can establish a permanent scientific research station on the moon and provide astronauts with a basic living environment!" Yang Linjie, the person in charge of the life system, pointed to the hemispherical giant that appeared in sight. Egg.

"Judging from the change function of the reserves of food, fresh water, oxygen and other survival supplies, as long as the continuous input of electricity is ensured, astronauts can survive for at least 30 months even if they do not engage in any production activities!" Yang Linjie was full of enthusiasm. Confidence said.

This hemispherical dome will be the life system at the lunar scientific research station in the future. The lunar scientific research station will not be one month or two months, but one, two or even three years, because in order to develop the moon, relevant work must be carried out. Production activities, such as establishing controllable nuclear fusion to provide energy for scientific research stations, such as establishing automated and intelligent factories, all take years. Therefore, a life system that can ensure that astronauts can survive for at least 24 months is It seems very necessary. This is the basis for establishing a scientific research station and a necessary prerequisite for the future construction of lunar bases.

Qin Yuanqing nodded slightly when he heard this. This was 6 months higher than the 24-month target he proposed, achieving at least the 30-month target.

"Even with the development of materials science and the optimization of the system, it is not impossible to achieve the 60-month or even 100-month target in the future. By then, a scientific research station can even be established on Mars!" Yang Linjie said.

Qin Yuanqing smiled when he heard this. Even the development of the moon is still a big step away, let alone Mars, which is farther away from the earth.

Although judging from the existing detection data, Mars has a rich atmosphere and rich methane. Human detectors have even observed that Mars may have been covered with large areas of water in the past, and phenomena similar to the outflow of groundwater have also been observed in the Antarctic. The ice cap has partially retreated, and radar data shows that there is a large amount of water ice under the surface at the poles and mid-latitudes. Judging from these existing data, Mars is undoubtedly more suitable for human colonization on Earth than the moon.

But there is a problem with Mars. The closest distance between Mars and the Earth is 54 million kilometers, and the furthest distance is 400 million kilometers. This distance is undoubtedly more than 100 to 1,000 times that of the Moon from the Earth. There is no doubt that this distance is too far and too difficult for humans who have not yet conquered the earth.

Even landing on the moon is a big problem, and there is no doubt that landing on Mars is almost impossible to achieve. Even the so-called American technology maniacs constantly advocate landing and colonizing Mars, but to people with normal thinking, this is just a means used by technology maniacs to trick investors into pursuing him and willing to pay for him.

If landing on Mars was so easy, the United States wouldn't have invited the world to watch the greatest fireworks show in history a few years ago!

As far as Qin, Yuan and Qing were concerned, humans on Earth would not even think about conquering Mars within half a century. It would be great to be able to land on Mars once. What humans on earth have to do is to conquer the moon first and master this natural satellite of the earth, which is also the closest natural celestial body to the earth. Only by exploiting the resources of the moon can humans on earth be qualified to conquer Mars.

"This is the life capsule. The life capsule can allow two people to survive in it for a week, waiting for rescue!" Yang Linjie took Qin Yuanqing into an underground. In the underground laboratory, there is a cabin full of science fiction. This is Yang Linjie With the life capsule built by his team, the function of the life capsule is actually that in the worst case scenario, when the 'Double Ring Space Station' or the lunar scientific research station is destroyed, the astronauts can hide in the life capsule and be temporarily exempted. Injured, waiting for rescue from the earth.

There is no doubt that this life capsule contains high technology and will play a major role in future aerospace activities. It will provide the most important life guarantee for astronauts.

With the realization of controllable nuclear fusion and the development of anti-gravity technology, getting rid of traditional fuel, the space shuttle or aerospace plane will become the main spacecraft for space activities, whether it is carrying people or cargo. , aerospace aircraft are the best choice and the safest, and there is no need to use rocket technology.

Rocket launch technology, no matter how advanced the launch technology is and how high the success rate is, is actually still a high-risk activity. Especially today when space activities become more frequent, the risks of rockets will increase dramatically. Therefore, eliminating rocket technology has become a historical trend.

The safety of aerospace planes will be greatly improved, and coupled with the life capsule, the life safety of astronauts will be increased by an additional layer of protection.

Qin Yuanqing, under the leadership of Yang Linjie, visited the entire scientific research base and had to nod his head in praise. This is the greatest progress made since the establishment of the 'Double Ring Space Station' project. In other aspects, whether it is communication technology, material development and many other aspects, Qin Yuanqing was impressed by it. Very dissatisfied. Among thousands of technologies, research related to this life system is being carried out according to the project schedule.