God-level Trader of Rebirth

Chen Weidong thought about it for a while, and said, "So, have you put your ideas into practice?"

"We have no money." Yu Guangbin said softly, his voice lowered by three minutes.

"What?" Chen Weidong was taken aback.

He had thought of everything, but he didn't expect Yu Guangbin to say such a sentence to him.

No money?

The photonic computer is a key project that he personally formulated. Other scientific research projects may say that there is no money, but it cannot be no money!

He glanced at Lin Zeju, but the other party hesitated to speak.

In other words, Lin Zejuke deducted the research funding from Yu Guangbin and the others?
Although the allocation of funds is mainly within the purview of the academic committee, they absolutely dare not disobey their orders. No matter how serious their opinions are, they will allocate money to Yu Guangbin and the others.

In the whole company, the only people who dare to do this are San Shu, Lin Zeju, and Li Xier.

The third uncle is definitely not interested in caring about this, and it is impossible for Li Xier, even if she did, she would definitely tell herself.

Obviously, Lin Zeju felt heartbroken when he saw the investment in the optical brain project like a bottomless pit.

Lin Zeju opened his mouth to explain, but Chen Weidong stopped him and said, "How much do you need?"

As one of the general managers of the company, Lin Zeju terminated the appropriation for the sake of the company. Chen Weidong could not damage the authority of his general manager in front of his subordinates.

It is best to pretend not to know, to allocate funds directly, and not to ask anything.

Yu Guangbin and Cen Jingping wept with joy.

In the first year, they spent lavishly and even extravagantly, but because they had no achievements, they were gradually looked down upon by everyone and felt ashamed.

Lin Zeju reduced their funding, and they didn't dare to fight.

Now it finally came to light, the boss spoke in person, and the two of them burst into tears of excitement.

They didn't dare to open their mouths to ask for as much as they wanted. After thinking for a long time, they said cautiously, "Can you give us 5 million?"

"Other problems are not big. For example, we have rich experience in making miniature laser conversion devices, and the cost is not much. But we need to make optical light, because the extraction of gallium arsenide is difficult, the production is difficult, and the cost will be higher. , so more money is needed.”

They were talking, their voices getting smaller and smaller.

"Extraction? It's fine if you don't buy gallium arsenide directly from the market. I'll give you as much as you want for funding. However, I hope you can regroup this time and realize a photoelectric hybrid computer as soon as possible!"

Chen Weidong stopped talking halfway.

It is of course easy to buy gallium arsenide wafers directly in the market, but it is not much to buy a few million.

For myself, let’s support them again. It’s not bad to come up with a photoelectric hybrid computer, which is still about ten times faster than the fastest computer in the world.

The point is, I don't know if they can figure it out.

After temporarily solving the problem of the photonic computer project team, Chen Weidong asked Zhao Gong in the mechanical department: "Is the failure rate of our chip automation assembly line high?"

If the mass production of chips can be accelerated, the domestic demand for semiconductor imports can be fully alleviated.

It can also save a large amount of foreign exchange every year, which plays a major role in stabilizing the exchange rate of the local currency and resisting financial risks.

...

Mr. Zhao bowed his head to discuss with a researcher, and said with some embarrassment: "Mr. Chen, the automated assembly line is different from the laboratory development. Strictly speaking, the accuracy of the assembly line is not as high as the requirements of the laboratory."

"You also know that an automated assembly line is a precision device. Any precision device has a problem, that is, the elimination rate of the main components is very high."

"If there is a slight wear error, the relevant parts need to be replaced, otherwise it will be difficult to maintain the same accuracy."

"The assembly line is easy to handle. For example, in the production process of chips, with the help of high-precision measuring instruments, it only takes a few hours to replace parts."

"But the laboratory is different, especially the lithography machine, equipped with automatic auxiliary equipment, its precision requirements are almost the most demanding, representing the world's most advanced semiconductor technology."

"Even if there is an error of ten nanometers, it will directly affect the success of the experiment."

"For this reason, we must often check the wear and tear of the main components of the lithography machine and the deformation of the components. Once a few precision parts appear, we must replace the relevant components as soon as possible."

"In order to ensure the accuracy, our researchers need to continuously debug when replacing parts. The time required for this replacement is likely to be a day or two, or even a week or so."

Chen Weidong frowned, and asked curiously: "Can't use alloy parts, and guarantee a longer maintenance-free time?"

"We have used alloys for the main components, but if we want to increase the service life, we can only use special alloys with higher strength, higher temperature resistance, and less wear and tear."

"Unless, unless we can supply a large amount of special alloys, there is no way." Liu Weitao, as the current head of the material department, explained patiently.

"Materials and materials." Chen Weidong's head is getting big. This seemingly ordinary basic subject is a reality that most industries must face.

If the quality of the material is not up to standard, many things cannot be made.

Materials in the big world are all-encompassing and ubiquitous.

Food, clothing, housing, and transportation, everyone encounters many materials such as metal, rubber, magnetism, and optoelectronics every day.

As small as a needle, a piece of paper, a plastic bag, and a piece of clothing, as large as transportation, medical equipment, engineering construction, information communication, and aerospace, material science can be found everywhere.

But studying special alloys is also a very expensive project.

A large number of experimental tests are required to determine the most stable and most compliant alloy formula.

Especially in some special fields, it is because of the lack of progress in material science that many projects cannot be realized.

"Let's set up a special laboratory, which is completely operated by robots." Chen Weidong explained his idea again, and asked everyone present to judge and supplement his idea from a professional perspective.

"Can this work?" Mr. Zhao was shocked when he heard his thoughts.

As we all know, what can be repeated is called science.

During each experiment, the scientific research personnel will have a recorder to record every step of the experiment.

The responsibility of the recorder is to decompose each operation process of the experiment into many steps, and record the experimental results and data of each step truthfully.

...

Then, to repeat the experiment, as infinitely close to the original experiment as possible.

Even if the experiment is successful, it is extremely difficult for you to repeat the last experiment completely despite the well-documented experiment records.

In many cases, we may inadvertently succeed in the first experiment, but then, after several months or even years, we cannot make breakthroughs and make an accident become inevitable.

Because people always make mistakes, human hands are not the most precise instruments, and it is very normal that the whole experiment will fall short because of a single operation error.

If all operations are replaced by robots, the experimental error can be minimized.

And they only need to adjust a certain value of the robot, so that the robot can automatically conduct scientific research along a set direction.
Chen Weidong's idea went further than his guess, but theoretically speaking, it would be more helpful to the overall scientific research project.

Just, is this realistic?
Liu Weitao and his engineers turned pale with fright, and repeatedly complained: "Mr. Chen, please spare us! Although you don't care about the cost of investing in such a laboratory, the amount of work is too large! We It's hard enough to complete a laboratory, but it may not be successful."

The two of them reported a lot of difficulties in one breath. In a laboratory according to Chen Weidong's vision, the special alloys required for different parts of the robots are different, some are wear-resistant, some are corrosion-resistant, some are Some are non-conductive, some are lightweight
That's too much to ask for!
Even if you synthesize these special alloys by yourself, it will cost a lot of money, and a little bit will take a lot of time. Some of them are not available in China, and you have to buy them from abroad, or you may not even be able to buy them!
After these problems are solved, it needs to be processed, and each part must be specially made!

My God, even if everything goes well, it would be a blessing to be able to complete the design and installation of a robot in a year!
According to Chen Weidong's plan, a special laboratory needs three to five intelligent robots to cooperate with each other depending on the function.

There is also a data collection device, and the test personnel must also be trained, and there must be an adaptation process
This is simply terrifying!

God-level Trader of Rebirth