Technology: Breaking the Global Monopoly

Chapter 2331 Enthusiastic

The next day.

After a small online meeting, Gu Qing discussed the follow-up plans with a group of trusted engineers.

At Jiuzhou Technology, Gu Qing's instructions are the direction of all engineers' attention.

As the person in charge of Jiuzhou Xinghai Company and the director of the Titanium Star Department, Zhang Tianhao volunteered after learning about Gu Qing's ideas for external expansion: "I want to take the nearest Moon Chaser Starship to the moon to be responsible for factory and city construction."

Everyone knows that Zhang Tianhao has followed Gu Qing the longest. While the others have "fallen behind", he has studied and researched one major after another, and has also participated in the construction of smart factories, smart cities, and Kunlun City, so...

"I disagree. Manager Zhang, you are also an important executive of Jiuzhou Technology. You should not take the risk of landing on the moon. When that group of paying users landed on the moon, our security network department resisted more than 100 million hacker attacks. If it weren't for the special identities of these users and our launch center located in the inland of Daxia, it would probably have been a disaster."

Chu Ci, the person in charge of the personal intelligent terminal project, raised objections at the first opportunity.

Then an engineer volunteered.

"I participated in the research and development of engineering robots, and I was able to take care of all aspects of production line upgrades and equipment maintenance. With my colleagues on the moon, I can command all kinds of robots to complete the factory construction task in the shortest time! During this period, I was responsible for online auxiliary robot maintenance. I found that some maintenance work still needs to be carried out offline. I can ensure the progress of the project!"

"I have completed the first phase of the Future Warrior program training and have studied aerospace engineering, mechanical engineering and other majors. At the same time, I have also passed the qualification review of the Pioneer program, but I was not selected. I only need a short period of adaptive training before I can start working!"

After seeing these colleagues scrambling for the quota, Ying Shu, the head of the 6G communication engineering department of Jiuzhou Technology, recalled the dilemma of being urged to get married by his family during the Chinese New Year. He then said decisively: "I am not an only child! I don't plan to get married and have children! I want to go to the moon for experiments! And the moon and Mars also need our communication department to build quantum communication and conventional planetary communication engineering systems."

Without having experienced any hardships outside, Yingshu has already found his greatest advantage to compete with these people.

However, there is always a mountain higher than the one you climb. In Jiuzhou Technology, which is full of talented people, someone soon offered a higher price.

Zhang Quanhai, deputy director of Jiuzhou Science and Technology Biotechnology Research Institute, was about to speak when he was glared at by his own director Li Zhentang.

While Zhang Quanhai was stunned, Dean Li Zhentang said: "The space breeding project of our Biotechnology Research Institute is taking root on the moon. If we want to make the moon our second home, we must invest more resources in the space breeding project. I am willing to lead a team to stay on the moon permanently.

Combined with our [Shennong] AI assistance, perhaps we can cultivate an ecosystem on the moon that is very different from the native blue planet, and do a good job of cultivating the biological environment in the subsequent Mars immigration project."

If it were in other occasions, Jiuzhou Technology Biotechnology Research Institute would already be at the top of the industry. When Dean Li Zhentang spoke, others would not even think of refuting him, but would just listen attentively. However, in this small meeting at Jiuzhou Technology...

"Ecological cultivation is of course important, but what is more important is to lay a solid foundation so that these animals and plants can have a suitable environment to grow, and then carry out cultivation and iteration. So I applied to go to the moon, do a good job of construction, and lay a solid foundation for everyone!" He Mu, the person in charge of Jiuzhou Technology Construction Company, said on the side.

Gu Qing saw this scene and did not stop everyone. Instead, he waited until the “troublemakers” had finished speaking before he spoke: “What you said makes sense, and each of your projects is necessary to a certain extent, and all parties are indispensable.

Previously, our colleagues who participated in the Pioneer project have been exploring and researching the moon for these projects and have collected a lot of valuable information. Every time the Moon-Chasing Starship returns to the Blue Planet, it will not only bring back heroes who need recuperation, but also a lot of information, minerals and other materials.

How about this, you each draw up a development plan for after the moon landing, and we will review it comprehensively and then determine the primary and secondary tasks in the early stage.

To develop the moon into our second home and to develop its resources as quickly, safely and environmentally friendly as possible is the important mission of every engineer at Jiuzhou Technology at this stage!

This planet is beautiful, we can't let that garbage get to it and destroy it!"

After Gu Qing said this, the atmosphere in the meeting room became much more lively.

Li You, head of the semiconductor department, looked at Zhang Yantai, Zhang Benyu and others and tried to restrain their emotions.

After the meeting.

Zhang Tianhao did not take advantage of his free time to rest, but directly woke up [Tiangong] and started working.

"According to the helium-3 reserves we have detected so far, more than 3 million tons of helium-153 can be easily mined. As one of the most ideal fuels for nuclear fusion, you will definitely not ignore it. So we must build a lunar laboratory and material factory in the short term, establish large-scale mining capabilities, and reduce our dependence on the Blue Star for energy supply.

Only when the energy problem is solved can the moon be independent of the blue planet's transfusion and grow rapidly.

The department's internal laboratory has completed the technology of solar energy processing of lunar soil, which can expand the moon's solar matrix energy storage project to meet the needs of current engineering projects, use electrolysis to extract various materials from the lunar soil, and obtain pure oxygen to ensure the oxygen supply needs of personnel at the lunar base.

Water resources are no longer a problem, and the reinforcement technology of underground caves has passed the assessment and can completely withstand cosmic radiation and extreme temperature differences. However, in order to ensure stable air pressure, the material consumption of caves and other buildings is relatively large. This needs to be solved. After all, while consuming materials, corresponding energy is also consumed.

So the next thing is energy... In addition to increasing the area of ​​solar array energy storage, the temperature difference on the lunar surface is huge, so thermoisotope power sources can also be deployed...

In the early stage, we cannot do nuclear fusion, so we may try waterless nuclear fission, using molten salt reactor technology and liquid thorium to provide power. In comprehensive comparison, its safety is also higher than that of water-cooled reactors. Once the lunar defense system fails to block the meteorite, and the nuclear power plant leaks due to the impact of the meteorite, the liquid thorium can also be solidified and cooled in a short time to avoid radiation pollution..."