Great Country Academician

The nomination of academician is a surprise for Zhao Guanggui and a reward for Xu Chuan.

The importance of carbon-based chips is self-evident. For China today, this should be the most important "bottleneck" technology in the field of science and technology, without a doubt.

Its importance is not only reflected in its technical value, but also in its impact on the country's scientific and technological competitiveness and strategic position.

Whether from the perspective of data processing, electronic equipment function realization, energy management, or national security, economic development and scientific and technological competition, chips play an irreplaceable role.

The breakthrough in the field of chips will bring China a brand new take-off, and the world will no longer have any obstacles!

Of course, it is not just Zhao Guanggui who is rewarded according to merit.

This time, the research on carbon-based chips can take off within the Institute of Materials with this project.

It is no exaggeration to say that every person involved in the project, from the core scientific researchers to the aunties who cook and sweep the floor, has a reward.

From the honor of being nominated as an academician to the distribution of project bonuses, in the field of scientific research and academics, Xu Chuan has never been stingy in rewarding scholars who have made contributions and achievements.

Moreover, this is only the reward within the Xinghai Research Institute.

For the country, the breakthrough in carbon-based chip technology is rewarded anyway.

Compared with the medals within the institute, the rewards from the country will only be more generous.

After understanding the breakthrough and current situation of carbon-based chip technology and explaining what needs to be explained, Xu Chuan did not stay in the carbon-based chip laboratory for long.

Although it is still some time before the official launch of carbon-based chips, he has already seen the brilliant future.

Carbon-based chips will surely replace silicon-based chips and become the mainstream!

Of course, how to promote carbon-based chips is not a job he needs to consider.

Xiongxin No. 05 has been made. Although they still have a long way to go before high-end chips, there should be no problem in industrial mass production.

As early as a year ago, the industrial chain and industrial park opened up based on the development of carbon-based semiconductors have begun to integrate.

There is a branch base in Jinling. The carbon-based laboratory in the suburbs of Qixia and the nearby supporting facilities serve the "carbon-based chip" project of Xinghai Research Institute.

As for the upstream and downstream of carbon-based chip products, there is no need to worry about this.

Whether it is the Sichuan Hai Materials Research Institute, which provides high-quality carbon nanotube materials, or Huawei HiSilicon, which is an integrated circuit design center, or SMIC, an integrated circuit wafer foundry company,

Today, with the breakthrough of carbon-based chip technology, there is enough confidence to develop the market for carbon-based semiconductors.

For China, a huge country, industrialization has never been a problem that needs to be worried about.

With a smile on his face, Xu Chuan quickly returned to his office.

For him, in addition to the related impacts brought by the breakthrough of carbon-based chips, there is another aspect that can be taken care of.

That is the academic journal "Exploration" he founded!

With the general journals and sub-journals such as Exploration·General Journal, Exploration·Mathematics, and Exploration·Physics having their own opening issues, "Exploration·Materials" finally ushered in its opening paper.

That is "Methods for Highly Densely Synthesizing Carbon Nanotube Arrays Based on Carbon-Based Semiconductor Materials".

Using carbon-based semiconductor materials to integrate carbon nanotube arrays with high density as the inaugural paper of "Exploration·Materials" is treated more grandly than "Exploration·Mathematics/Physics" to some extent.

Because the importance of this paper far exceeds the inaugural papers of the previous two.

In theory, this paper is enough to be published in "Exploration·General Journal". Because it changes the future of the entire human race!

It is no exaggeration to say that it is the first time since the establishment of "Exploration" that a paper that is enough to be published in the general journal is used as the inaugural journal of a branch.

Of course, he can't write the complete technology.

The paper is the paper, and the technology is the technology. The two cannot be regarded as the same thing.

Even if it is a patent application, many times the technical details of the technology will not be fully written.

For Xu Chuan, handling such things has long been smooth like a fish in water.

However, before officially starting to deal with the paper, he still needs to share this good news.

He took out his mobile phone from his pocket, opened the address book, found a phone number that he had almost never called, and dialed it.

Although the research and development of carbon-based chips has united the research teams of enterprises and universities such as Huawei HiSilicon, SMIC, and Shuimu Peking University, the core is mainly based on the Xinghai Research Institute.

In other words, the core is the S-level "carbon-based chip project" of the Institute of Materials.

During the entire research and development process, whether it is the scientific researchers drawn from the Xinghai Research Institute or the R\u0026D personnel from HiSilicon and SMIC, they have signed confidentiality agreements and related contracts.

The progress of the entire project is strictly prohibited from being communicated to the outside without operation, including the headquarters of HiSilicon and SMIC. It is also necessary to obtain relevant approval to obtain the progress of the project.

This was determined as early as when the cooperation agreement was signed.

The phone rang twice and was quickly connected, and the voice came from the other end of the phone soon.

"Hello, is this Mr. Ren?"

"It's me, Academician Xu, how come you have time to call me today." On the other end of the phone, Mr. Ren of Huawei greeted with a smile.

Xu Chuan smiled and said, "Do you want to hear some good news?"

"Of course, we must hear the good news brought by Academician Xu!"

"Regarding the project we cooperated on before, the finished product has been made, and the latest results are available."

Before Xu Chuan finished his sentence, Mr. Ren on the other end of the phone suddenly shuddered, and the whole person sat up straight from the state of leaning on the back of the chair, and asked hurriedly: "Any progress?"

Hearing the anxious inquiry on the other end of the phone, Xu Chuan smiled and said, "A commercial-grade finished chip has been prepared, but the performance is not as good as the current high-end silicon-based products."

Take a deep breath, Ren Zhengfei quickly asked: "Academician Xu, are you convenient tomorrow? Or when you have time, I will go over."

Xu Chuan smiled and said, "I should be in Jinling recently, and Mr. Ren is always welcome to come."

"Then let's meet and talk in detail?"

"Okay."

After chatting briefly for a few words and hanging up the phone, Xu Chuan thought about it, found another phone number, and dialed it.

"Hello, Yuan Di."

"There is good news. Research in the field of carbon-based chips has made a major breakthrough."