.

No matter how the outside world changes, the African bases follow the steps and implement the original intention of the base.

Unlike the Beijing Corporation's research and development for commercialization and to make money, all the research conducted by the African base is carried out around one theme - that is, the utopian plan!

Wang Gong stood on the overpass above the high automatic factory, overlooking his territory.

When he came to Africa, he was to complete the task assigned by Xiao Yun: to use large high-precision lathes obtained from Germany as the mother machine to supply the large high-precision manufacturing equipment needed in China.

Another task is to develop a twelve-inch integrated circuit production line.

He had completed these two tasks successfully two years ago. However, he stayed and took over his wife. Everything was for the utopian plan.

Wang Gongshang leads the base manufacturing department, which is the largest department in the base.

The manufacturing department has four levels: rough processing, fine processing, fine processing, and special processing. The confidentiality level of each level is different. The simplest rough processing has the largest number of workers, with more than 400 people. They are very free to move. They usually work in factories outside the base and can go home after get off work. There are more than 100 people in fine processing, so they can only live in the factory and cannot go home.

Fine processing and special processing implement highly confidentiality measures, with only 98 people in total.

For such a few people, it is very difficult to complete various ultra-high-precision samples sent by the base R&D department. It is entirely up to the high-precision automated production line brought by the headquarters to make samples satisfactory to the R&D department.

In this ultra-high precision factory, the same dust-free design as the laboratory is implemented. Every staff member wears a full set of dust-proof clothing. Although the factory has air conditioners to cool down, he still feels very tired after working for a day.

The automated production line emphasizes not mass production capacity, but ensures the highest quality as much as possible.

Therefore, although there are three factories in total, tens of thousands of square meters in the automated production line, the production capacity can only complete the small-scale trial production of the R&D department. It cannot meet the needs of large-scale production.

Another reason for the small output is that most of the alloy materials needed here can only be manufactured by the base!

The base has a small special alloy processing plant. By purchasing raw materials from African countries and producing them on a small scale, the output can be maintained by the base's research and development department. Some new formula materials cannot be provided by special alloy factories, and they rely entirely on laboratory preparation. Whether in terms of cost calculation or quantity, they cannot bear the requirements for large-scale processing.

Not far from the ultra-high precision factory building, there are two special processing workshops.

The processing of special alloy parts or super-large parts there are some manufacturing equipment, some of which are provided to them after purchasing the headquarters, and more are processing equipment that is manufactured by themselves according to processing needs.

Wang Gong saw him waiting for a component to be processed on the overpass and walked down from the overpass.

"The small rocket engine is finally completed, I will send it to the equipment project team." He took a glass box about two feet long from the staff. There was a rocket engine with a diameter equivalent to an adult fist and a length of thirty minutes.

On the glass box, there is a label "Container Space Transmission Power Engine".

Worker Wang clamped the glass box under his ribs, left the tightly protected processing plant, and walked into a seven-story base office building.

This building is not tall and looks simple and unpretentious. It is the administrative affairs building of the base. There are many staff coming and going inside, and it looks very busy.

Wang Gong turned around and walked into a passage on the right and pushed open the door of the second room.

The room says "rest room".

He walked in. There was no one inside, the chairs were neatly arranged, and there was a pot of flowers on the table. Against the wall, there was also a water dispenser, a coffee machine and a Coke machine.

He pushed open a small door next to the conference room, and there was a row of wardrobes against the wall in the room.

Mr. Wang opened a wardrobe at the innermost point, with several pieces of clothing hanging inside. He moved the clothes hook aside and twisted one hook a hundred and eighty degrees. The wall of the wardrobe slowly slid to the side, revealing an elevator platform.

He walked in, closed the elevator door, pressed the button, and the elevator went down smoothly.

When the elevator door was closed, the wardrobe hook was flipped by 180 degrees and returned to normal. The wardrobe door was automatically closed, and it looked like nothing had happened.

The core research laboratories of the base are all built two kilometers underground.

In order to establish this core underground research institution, the base engineering team spent nearly ten years expanding downward little by little and continuously strengthening it. It was not until it was dug down to two kilometers that it turned to horizontal excavation, and curing it at all times, and installing hydraulic support arms.

The project has not been completely completed yet!

At present, all the main core research rooms have been transferred underground, leaving only some peripheral laboratories on the ground. According to the final design, they will transfer all laboratories and dig down a few hundred meters to build a small factory and hoard a batch of materials for research and development work in secret situations.

When I was implementing the utopian plan, many people thought that they might not see the day when the plan was realized in their lifetime.

Therefore, how to persist in research under hidden conditions becomes the first project they consider.

Mr. Wang thought so two years ago.

But now, with the arrival of the photoelectric hybrid supercomputer system and the establishment of a simulated display system, most people have discovered a ray of light, and it seems that research is about to make a breakthrough.

The Utopia plan will conduct many large-scale ground and space experiments to verify relevant research results.

In the past, Guinea-Bissau had a depth of 100 kilometers, and they could not conduct experiments while ensuring confidentiality. Many tests were only able to pass ten trillion supercomputer systems to conduct theoretical verification. Not only did the progress be slow, but the authenticity of the data was also very suspicious.

But now, they can finally openly launch large-scale experiments in a near-realistic situation.

In this way, all research results can be put on the table. In a real world where only they exist, various experiments are carried out unscrupulously!

Think about it. Many research

It is because of the need to conduct a large number of tests that are doomed to fail, which causes fees, and because of the constraints of funds, the research can only stagger. However, they can conduct various near-real experiments day and night without additional investment to verify their ideas at any time. Adjust and correct the research direction. How can this research progress be unhappy?

The emergence of the photoelectric hybrid supercomputer system and the emergence of the super-realistic world has increased their research by ten times, twenty times, or even one hundred times!

Moreover, the powerful computing power of the photoelectric hybrid supercomputer system has given scientists great help in data playback, analysis, auxiliary computing, etc.

Even Mr. Wang like this, he only wants to contribute to this utopian plan. Those who do not expect to see the results will start to get excited.

Perhaps, in their lifetime, we can really see the day when the plan is realized!

The researchers are enthusiastic and are unprecedentedly high!

Wang Gong came out of the elevator and did not go directly to the power department, but transferred to the materials department.

The materials department is the second largest research institution after the manufacturing department.

He divided it into three major terms: metal materials, non-metallic materials, and composite materials, each major term. He also subdivided many groups, such as ferrous metal, alloys, ceramics, glass, plastics, carbon and graphite materials, etc., and more than ten groups.

Xiao Qiang initially thought that material research was too expensive and took some detours in this regard. However, materials are the basis of all science. No matter how outstanding your theoretical research is, without suitable materials, you cannot make products that meet the expected requirements. As a result, in many cases, Huanyu Company can only ask domestic research units for help and seek material formulas.

Since then, he has begun to increase his investment in materials research.

Especially the Utopia project, the materials needed are new materials that cannot be purchased from the international market. These materials are exported to China from abroad, and they cannot buy them even if they want to.

By the time Universal Company took the lead in developing a 10 trillion supercomputer, material research began to play a big role.

The physical research of various basic materials has very detailed data. Material research is more about finding the best formula through countless experiments, or fusing multiple materials to create new materials that meet the requirements.

Supercomputers speed up the process of this experiment.

Xiao Qiang secretly transported dozens of supercomputers through Austin, putting materials research on the right track. This indirectly benefited other research departments, and the emergence of new materials and new formulas that can meet their basic requirements greatly broadened their material selection range.

But what really made the utopian plan rush into the fast lane was the arrival of photoelectric hybrid supercomputers.

Among all research departments, the Materials Department welcomes the arrival of the new supercomputer with both hands and feet.

They have tasted the sweetness of the supercomputer system in the ten trillion times, and new achievements have emerged one after another. How could they not warmly welcome the installation of the supercomputer system in place?

The crazy materials department has conducted a series of large-scale experiments that other departments have laughed at as the "Great Leap Forward".

Each group used the supercomputer system to input different variable requirements one after another, and conducted more than one hundred vows at the same time. Such massive experiments, new discoveries and new recipes, sprung up like mushrooms after a rain, appearing one after another.

The team that verified the results of the simulation test were running 24 hours a day.

They transferred the other groups to the experiments that achieved results and reproduced under real conditions. Some repetitive tests achieved the same results as simulation tests, while others even showed results that exceeded those of simulation tests.

There are only a few verification tests and no ideal results have been achieved.

Universal uses supercomputers to conduct research and has nearly ten years of experience in application.

Ultra-realistic materials research engineering, the internal application software of Universal Company is very realistic. If it is a horizontal comparison, Universal Company will consider itself second. No other company is qualified to be the boss.

The failure to verify the experiments effectively is mainly due to the defects at the current level of people and some special physical phenomena that people have not discovered yet restrict super-realistic research and are completely equivalent to the real world.

The base materials department verification team sent the original failed experiment records and the original simulated test records back to the application software department of the headquarters of Universal Corporation for analysis. Some design defects will be modified, but the existing physical research shortcomings cannot be solved.

Even so, the discovery of countless new formulas and new materials has caused the verification team to complain.

The scale of verification teams continues to expand, but they still cannot keep up with the speed of new discoveries.

The happiest thing is the research departments that are eager to wait for new materials. Some research departments have made theoretical breakthroughs in key research. However, they have no suitable materials at hand and are waiting for them.

Now, they have been reluctant to make do with a few materials in the past. To this day, dozens or hundreds of materials and related data are placed in front of them, which makes them look dazzled.

Therefore, they can finally use data from various materials in related experiments to verify their new research results.

This is modern technology, one link after another. The results of each link will trigger a chain reaction.

The emergence of photoelectric hybrid supercomputers has brought about earth-shaking changes in the research department of the headquarters of the Universal Corporation and the utopian project research institute at the base, as if they were riding on a high-speed train. They have rushed to the forefront of world scientific research and have continuously widened the gap between the two sides and widened...

Wang Gong found the head of the materials department, Vasily, a famous materials science expert in the former Soviet Union. He was burying his head on the computer screen, looking at the data screen after screen, without blinking his eyes, and did not see Wang Gong's arrival at all.

Vasily was lobbied by Yangkevich from the Central Institute of Materials on the eve of the collapse of the Soviet Union.

His arrival greatly strengthened the R&D strength of the materials department. The relevant research materials he brought enriched the database of the materials department, shortened the research time of some important formulas, and achieved considerable results.

In the base, there are many Eastern European scientists like him.

Wang Gong has not carefully calculated how many scientists there are at the base, but according to his estimate, there should be five.

Most of them are Chinese scientists, scientists from the former Soviet Union, and more than 300 former Eastern European scientists.

Before and after the collapse of the former Soviet Union, the domestic economic and political situation deteriorated greatly, causing a large number of scientists to leave.

This number is no less than hundreds of thousands.

Yang Kevich understood Xiao Qiang's intentions and did not recruit these scientists randomly. Everyone recruited is a famous scientist with considerable scientific research strength and a certain reputation in the international scientific community.

During those chaotic years, few people noticed the disappearance of scientists.
To be continued...