The establishment goal of "Qingbei Integrated Circuit and Chip Joint R&D Innovation Center" is to solve the problem of long-term control of chip core technology by others. To this end, it has gathered more than a dozen famous professors from two top universities, Qingmu University and Beiyan University.

Researchers and more than a hundred outstanding graduate students and doctoral students also hired a group of key technical elites and experienced engineers from Huaban Company and Xia Guoxin Company to form four project teams.

Of course, it is impossible for this joint R&D innovation center alone to overcome all the problems in chip R&D technology, so the research focuses of these four research groups are focused on each.

The first is the "Chip Design Software" research group (referred to as the EDA research group), which is headed by the current director Xu Qingyan and focuses on the design and development of domestic EDA. This research group completed the first project under the guidance of "Mr. Q"

The development work of the purely domestic EAD software "Qiguang" has been fruitful. Currently, he continues to be responsible for the optimization and operation and maintenance of "Qiguang".

The second is the "Changing the Process and Materials of Chip Manufacturing" research group (referred to as the chip materials research group), also headed by the current director Xu Qingyan, which mainly studies carbon nanotube field-effect transistor technology and chip material technology.

The third is the "Chip Architecture and Precision Optics" research group, which is headed by Bai Yanrong, the current deputy director. It mainly studies and solves difficulties in lithography technology.

The fourth is the "Microelectronics Processing" research group, headed by the current deputy director An Maofeng, who is mainly responsible for chip microelectronics technology and precision machinery technology, and chip packaging and testing technology research.

Qin Ke didn't know much about the third and fourth research groups, but he knew the first and second research groups very well.

Let’s not mention the EDA research team. It was he and Ning Qingyun who transformed into “Mr.

.

The chip materials research team also has a good understanding of Xu Qingyan, especially Qin Ke, who had thought about this after mastering the S-level knowledge "A new type of carbon crystal composite nanomaterial production process suitable for 1nm chips"

The chip materials research team researched it and even asked Xu Qingyan for a lot of information. They also heard about the promotion and job of the chief engineer of the research team.

Chief Engineer He Yisheng is 69 years old. He graduated from Qingmu University with a major in semiconductors. Later, he was sent abroad to study for two years. He learned semiconductor material processing technology. After returning to China, he has been engaged in the research of semiconductor materials, mainly responsible for silicon-based transistors and carbon-based transistors.

In the research and development, he has worked at Xia Ke Academy and Qingmu University, and has been employed as a technical consultant for silicon-based materials by a domestic chip manufacturer for a long time. Domestic chip manufacturers can better master the 14nm chip technology, and he has contributed a lot to it.

Before retiring, He Yisheng was already a second-level researcher at Qingmu University, which is equivalent to the professional title and treatment of a second-level full professor. This is also the highest level after academician.

Originally, professors and researchers retired at the age of 60, but because He Yisheng's work was so important, the school kept asking him to postpone his retirement. It was not until the age of 65 that He Yisheng's body could no longer bear it, so he went through the retirement procedures and recuperated.

A year later, the "Qingbei Integrated Circuit and Chip Joint R&D Innovation Center" was established. President Huang of Qingmu University personally went to his home to invite him. He Yisheng could not let go of his technical enthusiasm for domestic chips, and after a year of recuperation, He Yisheng

Much better, he happily accepted the re-employment and served as the chief engineer of the chip materials research group, that is, the actual technical leader of the team. From then on, he immersed himself in front-line research for more than four years, until he collapsed at the research post again due to exhaustion...

Qin Ke has always had great respect and even admiration for such veteran scientific researchers who have devoted their whole lives to the chip material industry of the motherland and worked hard to solve the difficulties of chip technology. At this time, when he heard that He Gong was still being treated in the hospital,

When I didn't know if I would wake up, I felt very uncomfortable.

He could fully understand the mood of the dozens of researchers in the chip materials research group at this moment, including unwillingness, sadness, self-blame, anger, and despair...especially since such a selfless and great scientific researcher had fallen.

They may even pay their lives, but the technological difficulties in front of them are still insurmountable. They can only charge against the powerful enemy again and again like Don Quixote...

It is precisely because of such a sad and angry atmosphere that Xu Qingyan, as the director and general person in charge of the chip materials project, cannot force the team to stop and rest.

Because if this encouragement is relaxed, the team is afraid that it will break up and be destroyed.

But it won't work if you hold on for too long. If you can't see the dawn of success, the team will collapse sooner or later.

Qin Ke had seen a similar situation in Chen Licheng's team. He was stuck on a difficult problem for a long time and had no progress. All the methods he tried failed, which made people frustrated, desperate, and their temper would become irritable.

This is the dilemma currently faced by the chip materials team.

"Senior Brother Xu..." Qin Ke took a deep breath and was about to continue speaking when a system prompt suddenly came to his ears:

"Ding! You have a new mission for the God of Learning!"

"Dingdong! God of Science mission update: 'It's time to sound the clarion call to end silicon-based chips'!"

“First, it’s time to sound the clarion call to end silicon-based chips: your chip technology and material technology have reached LV2, and research and development of EDA has also given you a deeper understanding of the chip architecture. Now it is time to launch an attack on new chip materials.

, The era of silicon-based chips is over! Invite the host to participate in a chip material research project, and based on the S-level knowledge "A new carbon crystal composite nanomaterial production process suitable for 1nm chips", develop a new carbon crystal composite nanomaterial suitable for 1nm chips.

Type carbon crystal composite nanomaterials and start a new era leading to quantum chips!"

"Task reward: 300 technology points (chip technology)! 300 technology points (material technology)! 1,000 academic points (informatics)! An additional reward of a black technology gift pack!"

This chapter is not over yet, please click on the next page to continue reading! The new tasks of chip technology and material technology have been triggered!

Qin Ke was refreshed. Sure enough, only when encountering corresponding events as an opportunity can relevant special technological tasks be triggered!

"Huh? What did you say?" Xu Qingyan on the other end of the phone saw Qin Ke suddenly stopped speaking. He thought he had not heard Qin Ke's words clearly due to his mood swings, so he asked again.

"Senior Brother Xu, Qingjun and I will continue to participate in this incident in other capacities. Please send me all the research results of the current chip materials research group through the previously agreed method."

The other identity naturally refers to "Mr. Q", and the agreed method is to encrypt the data using the encryption software previously provided by Qin Ke, and then encrypt and transmit it to the account of "Mr. Q" through special chat software.

However, the current conversation was just an ordinary phone call. In order to avoid Mr. Q's identity being revealed, Qin Ke did not say anything clearly.

Xu Qingyan understood immediately. He nodded and said, "No problem. I'm just afraid of wasting your time."

Qin Ke smiled and said: "It's nothing. Now Qingjun and I's research work is progressing as planned."

Each laboratory has very high-level and responsible supervisors. The workload of Qin Ke and Ning Qingyun has indeed been greatly reduced. They are just the "sharp knives" as general guides and tackle key problems. Most of the heavy experimental work,

They don't need to do it themselves, so they have so much time to arrange research topics and recommended book lists for graduate students one by one.

"And to be honest, senior brother, our quantum computing laboratory has been conducting research on chip materials for the past six months. Although it is more focused on superconducting insulator materials for topological quantum computing, I think graphene materials are the representative ones.

New materials based on carbon-based routes should be the optimal solution in the traditional chip era. With this idea, combined with your current research materials and mathematical modeling analysis, I am confident that I can determine the correct direction in a short period of time.

"

It is not an exaggeration to say that it is the optimal solution in the traditional chip era. According to the "Full Process of Making a New Carbon Crystal Composite Nanomaterial Suitable for 1nm Chips", the performance and power consumption of "carbon crystal composite nanomaterials" are comparable.

It is said that the performance of the 14nm chips produced by it should be more than 50 times that of the current world's mainstream high-end 7nm silicon-based chips (using the traditional and most mainstream "Fi" technology), while the power consumption is less than 10% of the latter.

.

As long as this "carbon crystal composite nanomaterial" can be developed, even if there is no photolithography technology and mature manufacturing technology for 7nm chips, just using the 14nm chip technology that is currently well mastered in the country, the chip performance and power consumption will be better

, it can be enough to beat all the top commercial 5nm chips in the world today and even the 2nm chips that are still in the laboratory and use GAA surround gate transistor technology!

Even if it is a 1nm chip that is rumored to use vertical transfer field effect transistor (VTFET) chip design technology and no one has seen its true appearance, it still has a high probability of winning!

The counterattack of domestic chips can completely overtake in corners and reach the top of the world!

Moreover, the "carbon crystal composite nanomaterial" has a perfect three-dimensional structure that resembles crystals, and can be further developed into a basic entry-level quantum chip to achieve quantum computing with 64 qubits.

If we can use this chip as a basis and combine it with the "Ling Lemon Topological Superconducting Vortex State Theoretical Model System" to continuously optimize and improve it, we can even hope to create a quantum chip that can achieve million-level quantum computing!

It can be said that once the "carbon crystal composite nanomaterial" with a perfect three-dimensional structure comes out and is applied to chips, it will have an incomparable huge impact on the entire chip market, and will also greatly promote the development of the IT industry throughout the world, and then

Promote the end of the era of traditional chip materials and open the door to a new era of quantum chips!

It is precisely because he understands how exaggerated the significance of "carbon crystal composite nanomaterials" is that Qin Ke is unwilling to research it in his original capacity, but wants to become "Mr. Q" to avoid being unable to even go abroad to win awards in the future.

Safety.

…

Since it took a day or two for Xu Qingyan to sort out the information and send it encrypted, Qin Ke and Ning Qingyun quickly adjusted their emotions to avoid letting He Gong's matter affect their moods, making them impatient and lost.

calm.

The two of them were sitting in the office, discussing "new ideas for chip materials" - mainly because Qin Ke used "thinking resonance" to make the whole process of "a new type of carbon crystal composite nanomaterial suitable for 1nm chips".

The key technical ideas were taught to Ning Qingjun, so that she could help herself to speed up the design and development of "carbon crystal composite nanomaterials".

However, even though Qin Ke's informatics level has now reached the "master level", his chip technology and material technology have reached LV2 and he has digested and absorbed relevant knowledge, and he has also gained profound knowledge in the theory of topological quantum computing, but this

The "Full Process of Making a New Carbon Crystal Composite Nanomaterial Suitable for 1nm Chips" is still not 100% fully understood. Many technical details need to be obtained through experiments, and only then can we continue to use mathematical modeling to deepen our understanding.

What's more, there is a big question mark as to whether the current experimental equipment of the "Qingbei Integrated Circuit and Chip Joint R&D Innovation Center" can fully meet the research requirements. At that time, it will most likely have to be obtained from major chip manufacturers or other national key research institutes.

I borrowed experimental equipment.

Qin Ke optimistically estimates that it will be relatively smooth to develop this "carbon crystal composite nanomaterial" by the middle of next year. It is not impossible for any unexpected events to be postponed to the year after next.

Fortunately, Qin Ke and Ning Qingyun are used to fighting protracted battles. The "integrated technical solution for seawater dewatering and purification" and "Ling Ning Superconducting Material No. 2" that they are currently devoting more energy to will only be possible in two or three years.

The relatively successful "National Extreme Climate Causes Analysis and Future Deduction" project will not achieve certain results until the end of the year. If you want to really find the final answer, it may take longer.

Even if the general solution of the "Yang-Mills equation" has been found, if we want to further solve the problem of the "mass gap hypothesis", we still need to spend more time and effort, and slowly and repeatedly try and attack with the tenacity of being able to see through the stone.

The road to scientific research is so difficult. Even if you have the right direction, if you want to reach the end of success, you still need to go step by step, using sweat and wisdom to turn every ordinary and ordinary into "extraordinary" and "extraordinary"

Extraordinary”.

What Qin Ke and Ning Qingyun are doing now is just adding "chip material research and development" to their monthly schedule.

Qin Ke stood up, stretched out, and said with a smile: "Honey, let's go to our original study room, now the 'Qing Ning Graduate Student Self-Study Classroom', to see if those guys are studying hard. We can

Give them more help so that they can start working as soon as possible and become our right-hand men and reduce our research pressure, otherwise our time to watch TV as a family every night will be occupied."

…

Qin Ke and Ning Qingyun went to "trouble" their graduate students. On the other side, Xu Qingyan was in high spirits.

His mood at this time was a bit like taking a child to the hospital. He was still waiting in line for the doctor, but when he arrived at the hospital, he felt a magical sense of relaxation, as if he had support in his heart.

It's funny to say that he, a professor over forty years old, has been engaged in teaching and research for almost twenty years combined, but he relaxed his tense emotions because of the words "I have an idea" from two young juniors and junior sisters.

Xu Qingyan washed his face with water and then strode towards the office of the chip materials research group.

He believed that as long as he heard that "Mr. Q" had applied for help from his superiors, as the new chief technical director, the anxiety in the team would be quickly relieved.
Chapter completed!