Super Dimension Technology Era

Lingnan in July is so sultry, and the continuous typhoon weather not only brings abundant precipitation, but also brings devastation.

Huang Mingzhe rarely appears at the Sisi Club headquarters.

In order to cope with the increasing number of personnel in the R\u0026D department, he discussed relevant issues with the heads of research institutes and company management.

It was finally decided to reorganize all research institutes under Sisi Society to facilitate management and coordination.

At present, Sisi Society has a total of 47 research institutes of various types, including physics, chemistry, mathematics, biomedicine, materials, computers, semiconductor equipment, optics, nuclear physics, etc.

Among them, the Materials Research Institute is the largest, with 32 laboratories and 1,273 researchers. It is the most powerful research institute in Sisi Society.

After all, materials play a very important role in applied science and play a fundamental role. Without the blessing of materials, no matter how exquisite the theory is, it is just a castle in the air.

There are not many changes in this reorganization, except that a scientific coordination and management committee has been added to be responsible for the logistics, finance, and coordination of each institute.

In addition, the work and research fields of each institute were sorted out and fine-tuned.

The reorganization work has not had a great impact on the research and development work of the institute.

The reason why the Scientific Coordination Management Committee is established is mainly to facilitate internal management and deployment, because research and development work is often not handled by one research institute.

For example, the development of photolithography machines requires the full cooperation of optics, materials, engineering design, computer programming, chemistry and other research institutes. Coordination is very important, and it is also a waste of energy.

The precious energy of scientific researchers cannot be wasted on management work, just like Huang Mingzhe handed over most of the management work of Thinking Society to Wen Na. Otherwise, if he manages the company all day long, there will be no time to develop technology.

On the other hand, the Science Coordination Management Committee is also responsible for cooperation and exchanges with the Truth Society, the Ivy Alliance, universities, the Academy of Sciences, and the Academy of Engineering.

After such a reorganization, the entire system was indeed much smoother, and scientific researchers could concentrate on developing technology.

…

Institute of Materials—Superconductor Laboratory.

More than a dozen researchers are busy preparing materials, and a large number of automated equipment are used in the laboratory to assist the researchers in their work.

There is another very important place in the superconductor laboratory, which is the computer room where superconducting computational models are stored. The material law model is the specialty of Think Society and the crystallization of wisdom in computational materials science, so it is naturally very important.

The head of the laboratory is Shen Congrong, who came from Harbin Institute of Technology two years ago.

"President, long time no see."

"Rong Rong, is work going well?"

"We still haven't broken through the zero limit." Shen Congrong replied helplessly.

After reading the laboratory log, Huang Mingzhe also understood the progress of their laboratory: "Let's go to the computer room."

"Okay." Shen Congrong quickly led the way.

Huang Mingzhe is definitely the soul of the Materials Research Institute of Think Society. The computational materials science he pioneered will definitely shock the world if it is announced.

As soon as I heard that Huang Mingzhe was going to the computer room, he must have upgraded the superconductor law model. After all, Huang Mingzhe was very busy at work and it was impossible to come here to do housework.

In the computer room, thirty computers developed by Sisi Club were quietly displayed inside.

The chips used in these computers are Supernova-5 designed by Shenguang Instruments and manufactured by SMIC using a 6-nanometer process.

A single Supernova-5 can provide 600 billion floating-point computing power per second, and a single computer equipped with 6 Supernova-5 chips can produce 3.6 trillion computing power per second.

Thirty Supernova-5 computers are combined in parallel to provide the Superconductor Research Institute with a computing power of 108 trillion per second.

This is just the computing power of a laboratory under the Think Society. The computing power of Dream Company, which has a large computer center, is measured in terabytes.

This is also the internal driving force for the rapid development of the current virtual world. A strong hardware foundation allows software to let itself go.

Huang Mingzhe, who had the highest authority, directly logged into the internal network of the Superconductor Laboratory. After putting on the brainwave glasses, he did not enter the virtual world, but activated the brain control system.

No matter how fast the hand typed, it was not as fast as the brain control input. The brain started to work quickly. In an instant, on the computer screen in front of him, lines of code refreshed the screen like a torrent.

Although Shen Congrong on the side was not the first time he saw Huang Mingzhe using the brain control system, the terrifying speed was still shocking.

The average person using a brain control system can do it more than ten times faster than hand typing or voice input, but Huang Mingzhe can do it at least a hundred times, and he can do it quickly and accurately, which is commendable.

The person who uses brain control input the fastest is not Huang Mingzhe, but those with mental illness. The brain control input of some mental patients can even reach more than a thousand times that of manual input.

But that kind of messy speed is of no use for practical applications.

In less than ten minutes, Huang Mingzhe has updated the superconductor law model.

"Congrong, you can give it a try."

"Okay." After waking up, Shen Congrong quickly started the law model, started inputting some parameters, and then clicked on material calculation.

In less than three minutes, a material preference will be calculated and click Save Data.

Huang Mingzhe saw that the regular model was working well, so he ordered: "You continue to develop higher-temperature superconductors, and I will go to other laboratories to have a look."

"I'll see the president off."

He waved his hand: "No need to be polite, go get busy!"

"Oh well!"

After spending a few days, Huang Mingzhe updated and upgraded various regular models of the Materials Research Institute to improve the speed and accuracy of research and development.

After busy upgrading these regular models, I stayed at home with Wen Na for a while in the past few days before returning to the fully enclosed nuclear fusion research institute.

For more than ten days, Wei Feng and Dong Kuan were testing the second type of Golden Crow and building the third type of Golden Crow.

"You guys are moving very fast." Huang Mingzhe said as he looked at the Golden Crow III, which was more than half completed.

"You kid is finally willing to come back. I thought I would have to wait a week or two more." Dong Kuan joked.

Wei Feng pointed at the Golden Crow III not far away and asked, "Why not use the latest laser?"

Huang Mingzhe explained: "Suitability is the most important thing. Jinwu Type 3 is a miniaturized nuclear fusion reactor. The new laser is too large in size and weight."

The three of them discussed several models of nuclear fusion reactors, especially the Jinwu II model independently developed by Wei Feng and Dong Kuan, which had many minor problems.

At the same time, next door to the Nuclear Fusion Research Institute, there was a factory responsible for manufacturing the Jinwu-1.

The second Jinwu-1 nuclear fusion reactor has been accepted, and engineers are breaking down its parts, packing them into boxes, and transporting them to Daqing City in Heijiang.

The third and fourth units have also completed the manufacturing of some parts, and are expected to exceed the completion of the three nuclear fusion reactors this year.

The locations of the two new nuclear power plants have been determined, and the supporting facilities will be completed first. Once the reactors arrive, they can be put into use directly.

Nuclear fusion power plants are of great importance to a region and can directly or indirectly promote industrial upgrading.

All this is changing quietly.

Thanks to book friend "Tigerhill" for the reward, and thank you all for your continued support! (ω｀)