Technology: Breaking the monopoly global hegemony

Chapter 2520 Advancement
"The central static module not only needs to be designed with standardized docking ports, but also needs to have at least six omnidirectional ports. This space station has already proven that the interfaces can indeed affect the stability of the space station's status..."

"With the combination of intelligent vibration reduction system and active hydraulic damper, we must ensure that the vibration frequency can be adjusted adaptively."

"Noise control is easy to handle. We have a mature modular expansion design. We retrieve data from the database and adapt it to the Lingjing experimental server."

"This design is excellent. It can achieve precise gravity control through a variable eccentricity wheel assembly. After comparison with the Lingjing experimental server, it can save 26.5% energy compared to our previous research on a rotating space station design. It also has a unique artificial gravity gradient experimental capability. The only problem is that the material for the central gravity axis is too difficult to obtain. Although the materials department has relevant information, the cost is too high..."

"First, develop the best-performing solution, then focus on cost control..."

Billions of users worldwide contribute various data to the Lingjing Ecosystem World, and countless netizens provide feedback every day, making the Lingjing Ecosystem World more and more complete and realistic.

Meanwhile, Lingjing Ecosystem's dedicated laboratory servers are becoming increasingly "sci-fi".

A project that requires exhaustive search to be perfected can achieve an effect even more outrageous than artificial intelligence accelerating exhaustive search when placed on the Lingjing Experimental Server. It is similar to conducting real-world tests, but with a speedup of ten thousand times.

Interestingly, while the space station project team was busy advancing the design of the next-generation Kyushu space station, Kyushu Technology, which had previously deployed various probes all over the world and even on the moon, also made significant contributions.

A richer array of graviton signals can provide a more experimental basis for quantum gravity theory.

There is also the superconducting electromagnetic ring orbital network technology developed internally by the lunar development team. Although it is still in the conceptual stage and heavily relies on immature technologies such as dark matter siphon and quantum art entropy encoding, it makes some small progress every now and then.

Without taking small steps, one cannot reach a thousand miles; without the accumulation of small streams, one cannot form a river or sea.

For these small achievements, Gu Qing would have the [Xiezhi] record them and give them a real reward, rather than a verbal or written commendation.

Time passes day by day.

The design of Kyushu Technology's second space station progressed slower than Gu Qing had anticipated. It wasn't until mid-June of the Xia Yin Star Calendar 1038 that the space station project team submitted two finalized designs.

One focuses on the design of the experimental zone, while the other focuses on increasing the control and protection of the gravity regulation zone and the nuclear fusion energy zone.

Gu Qing chose the latter of the two designs.

He didn't care how many experimental results the space station could produce; he simply wanted it to validate the technologies in his mind. Practice makes perfect, and he couldn't simply build these devices for large-scale use without conducting any experiments.

Having a golden touch is powerful, but if you directly apply the results to projects, it will be too late to regret it if problems arise.

While the intelligent manufacturing plant of Kyushu Technology and a group of top workers trained over many years began to "hammer and hammer" and build the space station, the Zhurong spacecraft, far away on Mars, had also collected enough data and materials. The three robots joined forces with the robots that had stayed on Mars during the first landing and carried out a thorough overhaul of the Zhurong spacecraft to ensure that there would be no problems on the way back to Earth. Three months later, the three robots embarked on their journey "home".

Kyushu Xinghai Company did not immediately share this news with the world. Instead, it waited for the Zhurong spacecraft to successfully break through Mars' gravity, enter its return orbit to Earth, and confirm its orbit was safe before releasing the information.

Netizens are no longer as excited about landing on the moon as they were at the beginning.

However, the Zhurong spacecraft, which landed on Mars and then returned to Earth, is of great interest.

When Kyushu Star Sea announced that the Zhurong had embarked on its journey home, netizens of the Great Xia local IP really seemed to be discussing whether to live on the moon first or travel to Mars first.

"That's great! Three bionic robots will eat, drink, and relieve themselves on Mars every day, wasting oxygen. They can stay on Mars for three months. I estimate that as long as the Zhurong returns safely to our Blue Star, the next step for Kyushu Xinghai Company will definitely be to send real astronauts to Mars."

"We were slow to get to the first moon landing, but we made real achievements in establishing the first lunar base and the first lunar city. Now, given the Kyushu Star Sea Company's style, we might see a city built on Mars within ten years. I've already thought of a name for it: 'Zhurong City'! In memory of the god of fire, Zhurong, and also in memory of the Zhurong spacecraft."

"To be honest, if I have another child in five years, my child might be able to live on the moon and then go to university on Mars. I just don't know if they will work in the Mars development department or the lunar development department."

"Hey buddy upstairs, you're dreaming again. With the locust-like job-hunting ability of our Great Xia students, if Kyushu Star Sea Company opens up recruitment for lunar development positions to the public or campuses, there will definitely be at least hundreds of thousands of people wanting to work on the moon every year. They'll provide free food, clothing, and accommodation, and you can get high subsidies. Plus, it's not as dangerous on the moon as it is on Earth. The food is safe, and there's no war. If Kyushu Star Sea Company hadn't expanded its recruitment yet, I'd want to go too."

"Sigh... Lately, I've seen ordinary people in some underdeveloped countries still using absorbent glue to numb their nerves. I feel like the world is too divided. They are also unwilling to cooperate with us. Sigh."

"Be wary of 'saintly' behavior. Everyone has their own destiny. When we suffered setbacks and were in trouble, didn't we also work hard enough to get back on our feet? We can only help those who are willing and able to get back on their feet, not those who have lost their will to fight back."

"Recruiting at Kyushu Technology has become more difficult in the past two years than before. However, it's just that they are stricter in reviewing the application materials. But there's one thing that really annoys me: Kyushu Technology's human resources department is still sticking to that old rule. Every time they recruit, they leave a lot of positions open for only junior college or vocational school graduates. We undergraduates can work on the production line as general workers, so why don't they want us?"

"Look, you're in such a hurry. Kyushu Technology has plenty of job openings for undergraduates and master's students. You undergraduates are thinking about taking jobs from vocational school students, but don't you realize that those mediocre master's students also want your jobs?"

(End of this chapter)