At the reception venue, Pan Feipeng, chief engineer of Shanghai Microelectronics, was extremely excited.
Taking advantage of this EUV lithography machine offline ceremony, Shanghai Microelectronics invited important personnel related to the domestic chip industry chain.
Inviting everyone is not only to celebrate the rollout of the EUV lithography machine and the upcoming success of the 3-nanometer chip manufacturing process, but also to discuss the direction of independent chip development.
He and others gathered around Li Congshan and Bao Qizheng, deans of the School of Computer Science at Lingzhou University of Technology, and listened to the two explain the principles, experimental verification, etc. of phototransistors.
Although many people around them did not understand what Li Congshan and Bao Qizheng explained, everyone listened very carefully because they knew that phototransistors will be related to the development of the next generation of chips.
To be honest, he and his scientific research team were shocked after learning that the phototransistor was successfully experimentally verified.
I thought it would take at least half a year to get the results, but I didn’t expect...
Thinking of this reminded him of the expert group.
After the company's data center was opened to Su Zhe, an expert group was established at Su Zhe's request.
This group includes not only experts from Shanghai Microelectronics, but also experts from other companies and institutions upstream and downstream of the chip industry chain.
There was no movement in the first ten days after the expert group was established, but after a few days, Su Zhe began to ask questions in the group.
At first, many experts in the group didn't take it seriously. They looked indifferent and even asked Su Zhe.
From what these experts saw, Su Zhe was just a layman in terms of chips, and he joined the group just for the sake of Shanghai Microelectronics.
I don't know if it was the experts who started asking questions to test Su Zhe. The attitude of asking questions was completely that of an elder versus a junior.
All of a sudden, the experts in the group became interested and rushed to ask questions to test Su Zhe.
Su Zhe didn't say anything and answered the experts' questions very quickly.
The answer to the question was too fast, too fast for him to see.
As Su Zhe answered more and more questions, the experts also felt that something was wrong, and the difficulty of asking questions became more and more difficult, but Su Zhe's speed of answering questions did not slow down at all.
Throughout the afternoon, experts asked questions and Su Zhe answered them.
In the end, the experts were collectively silent.
And he was already shocked by Su Zhe's ability. Su Zhe answered questions raised by relevant experts from upstream and downstream of the chip industry chain alone. Although the answers to some questions were not perfect, these problems are not solved now, as long as they have been solved. Su Zhe gave perfect answers to all the questions.
After the experts' test on Su Zhe ended this afternoon, his cell phone was blasted with people asking what was going on.
He selectively talked about some situations, such as Su Zhe was researching the next generation of chips and needed to understand the existing chip manufacturing technology, etc.
In the next few days, the experts stopped asking Su Zhe questions in the group. They always answered whatever Su Zhe asked.
He clearly felt from the answers of these experts that their attitude towards Su Zhe had changed. They no longer treated Su Zhe as a junior, but rather seemed to be answering the teacher's questions.
In the afternoons of the past few days, Su Zhe asked many, many questions. Some of these questions were simple, some were difficult, and some could not be solved now.
I thought this would last for many days, but I didn't expect to receive a notification from Jiutian Research Center saying that Su Zhe had completed the theoretical verification of the phototransistor. A few days later, I received a notification from the Lingzhou Institute of Technology Computer Science that the phototransistor experiment had been completed. verify.
Such Su Zhe really scared him, and he unconsciously looked at Su Zhe who was sitting at the corner of the reception venue.
Su Zhe glanced at Pan Feipeng from a distance, turned his head and said to Si Wenbo who was sitting in front of him: "Professor Si! Let me put it bluntly, this kind of photoelectric converter is also the research object of our Jiutian Research Center."
"We are not only studying this kind of photoelectric converter, but also optical-to-optical converters, etc. After all, these will be needed for future light column projects." Fan Xiaoming reminded.
"This... I know this." Si Wenbo smiled and nodded, "I came to you just to cooperate with your Jiutian Research Center. As far as I know, the electron-positron collider of your Jiutian Research Center is still under construction. You lack Experimental site, besides, your Jiutian Research Center has more important scientific research projects, and it is impossible to put all your energy on this small photoelectric converter. But we are different. Our laboratory does not have the same ambitious goals as yours. You can concentrate on making photoelectric converters."
"Professor Si! Don't fool us. This small photoelectric converter is very useful." Fan Xiaoming thought for a while and said, "Cooperation is possible, but the benefits will be distributed according to each individual's contribution."
"Okay! No problem at all." Si Wenbo nodded quickly.
"Okay!" Su Zhe smiled, "Tell me about the photoelectric converter you designed."
"Okay! We designed two photoelectric converters specifically, and..." Si Wenbo said, pointing the laptop screen at the three of them.
Si Wenbo's scientific research team designed two photoelectric converters.
One is for particle accelerators, with the purpose of recycling useless electromagnetic waves generated by particle accelerators.
Including synchrotron radiation facilities, hadron collider and other accelerators.
The other one is aimed at solar power generation on the earth's surface. The solar power generation panels currently used are actually a type of photoelectric converter. The purpose is to develop solar power generation panels with higher energy conversion rates.
Generally speaking, these two photoelectric converters have the same power generation principle as the existing monocrystalline silicon and polycrystalline silicon solar energy, with only changes in materials and design.
After listening to Si Wenbo's brief introduction, Su Zhe had a basic understanding. He coughed lightly and said, "Professor Si! You can give me a copy of the relevant information and I will see if I can optimize it."
"Okay! No problem!" Si Wenbo smiled and nodded.
"It's almost time, we should go back to bed." Fan Xiaoming looked at the time and stood up.
"right!"
…
Su Zhe and Fan Xiaoming greeted everyone and left the reception venue.
As soon as Su Zhe returned to his hotel room, he received an email from Professor Si Wenbo.
Su Zhe opened the email on his laptop, then opened the attachment file of the email, scanned it once, and then exited.
"Su Zhe! What did Professor Si Wenbo send?" Fan Xiaoming asked, sitting next to him and typing on the keyboard.
"The principles, experimental data, etc. of the two photoelectric converters they developed are generally quite complete. However, I don't have time to read them in the past two days. I have to wait until the National Day holiday is over before doing research." Su Zhe replied.
"So Professor Si Wenbo is sincere." Fan Xiaoming smiled, "It's good to cooperate with Professor Si Wenbo and the others."
"Yes!" Su Zhe said and began to write about mathematics and physics.
…
At nine thirty the next morning, in a huge factory building in Shanghai Microelectronics Production Area.
At this time, a half-meter-high stage was set up in the factory. In the center of the stage was a huge piece of equipment, which was covered with an equally huge red cloth.
The stage was full of guests.
When the time came, after Liu Tianhao announced the start of the offline ceremony, Pan Feipeng took the stage and excitedly talked about the difficult development process of the EUV lithography machine.
Subsequently, Pan Feipeng began to invite people who had made significant contributions to EUV development to come to the stage.
Su Zhe, Fan Xiaoming, Bao Zhengyi, Niu Guanghui, Si Wenbo, etc., a total of more than 20 people.
These people stood next to the equipment covered with red cloth and pulled off the red cloth bit by bit.
The applause and cheers continued.
…
At two o'clock in the afternoon, in a small conference room in the Shanghai Microelectronics office building.
Su Zhe, Fan Xiaoming, Li Congshan, Bao Qizheng, Pan Feipeng, Liu Tianhao and others were sitting around the desk.
These people represent Jiutian Research Center, Lingzhou Institute of Technology Computer College, and Shanghai Microelectronics.
There are two topics at the meeting, the cooperation of optoelectronic chips and the construction of independent and controllable computer ecosystem.
At the beginning, the three parties took turns to express their respective demands, and then another hour of tripartite consultations took place.
Soon the three parties reached a consensus.
After the meeting lasted for an hour and a half, the three parties signed two cooperation agreements, as well as a three-party cooperation agreement on optoelectronic chips and a cooperation agreement on computer ecological construction.
After the meeting, Su Zhe and everyone walked towards the auditorium of Shanghai Microelectronics.
On the way, Pan Feipeng and Su Zhe explained: "This speech is to introduce everyone to phototransistors and the manufacturing process of photovoltaic chips."
"Understood!" Su Zhe smiled and nodded.
He had no objection to Pan Feipeng's impromptu speech.
He felt that he could take this opportunity to clearly explain the manufacturing process of the optoelectronic chip, which would save him the time to explain it bit by bit in the future.
"Okay!" Pan Feipeng was very excited, "By the way! The participants are basically experts related to chip manufacturing technology. They are involved in equipment, materials, technology, etc. We hope you will talk more about these during your speech."
"Okay!" Su Zhe reminded with a smile, "But the speech will involve some secrets of the optoelectronic chip manufacturing process, so you must keep it confidential."
"Don't worry, those who can listen to your speech are core members of various companies and institutions, and relevant departments will also pay attention." Pan Feipeng explained.
"That's good!" Su Zhe nodded with a smile.
"Director Su! Our companies will often ask for help from you in the future. I hope you will pay more attention to it." Pan Feipeng said, thinking of Su Zhe's ability.
"General Manager Pan! It's no problem at all to find Su Zhe to solve the problem. I think Su Zhe is also very happy, but you can't cheat Su Zhe or take advantage of Su Zhe's deserved benefits. It's okay to help you once or twice. In the long run, No, after all, Su Zhe spends a lot of money on scientific research." Fan Xiaoming reminded from the side.
"Don't worry, we will definitely treat you fairly and justly. We will not take advantage of anyone's interests. We will implement it in accordance with the regulations, not only for Director Su, but also for everyone." Pan Feipeng explained quickly.
"That's right! This way everyone will be motivated." Fan Xiaoming smiled, "Like our Jiutian Research Center, the basic salary is about the same. You can make more money if you want. You can make any amount of money by developing new theories and technologies."
"..."
Shanghai Microelectronics Microelectronics Auditorium.
At this time, there were more than a thousand people sitting in the auditorium. These people were holding pens and papers, discussing and waiting anxiously.
"I came to the right time to attend the EUV lithography machine offline ceremony. I was able to listen to Director Su explain the process technology of optoelectronic chips, the 0.5nm process technology! I would never have dared to think about it."
"Director Su is so awesome. That afternoon, I completely overturned my knowledge. There is someone who understands the entire chip manufacturing process so well. He can fight against the experts of the entire chip industry chain with one person, and the experts fled."
"Who says it's not? I hope Director Su can surprise us this time and allow us to mass-produce optoelectronic chips as soon as possible."
…
Among the more than a thousand people in the auditorium, the vast majority are experts among experts.
Many of these people have asked Su Zhe questions and answered the questions raised by Su Zhe.
They are very familiar with Su Zhe's capabilities in chip manufacturing technology.
While they were discussing, Su Zhe and Pan Feipeng appeared at the door of the auditorium.
These people stood up and applauded.
Standing on the stage of the auditorium, Su Zhe made a brief introduction and then went directly to the topic.
The first thing I talked about was the principle of the phototransistor. During the lecture, Su Zhe made it clear that the principle of the phototransistor was proposed by Bao Qizheng, and he only implemented it.
When explaining the phototransistor, Su Zhe explained it in detail, but skipped the key points. He would not be stupid and say everything.
After explaining the phototransistor, Su Zhe began to explain the manufacturing process of the photovoltaic chip.
To be honest, there were only a few people who really cared about the principle of phototransistors, and many people didn’t understand what they said in a bad way.
What they really care about is the manufacturing process of optoelectronic chips.
Su Zhe started from the initial silicon ingot of chip manufacturing.
Because the manufacturing process of optoelectronic chips is modified from the traditional 3-nanometer chip manufacturing process.
When talking about the optoelectronic chip process technology, it is interspersed with the traditional 3-nanometer chip manufacturing process technology.
Su Zhe not only explained the optoelectronic chip manufacturing process in detail from the beginning, but also raised the problems of the traditional 3-nanometer chip manufacturing process and gave feasible solutions.
During Su Zhe's explanation, apart from Su Zhe's voice, the only sound left in the auditorium was the recording and writing sounds of the experts.
The more the experts listened, the more excited they became, and the more they listened, the more incredible they became.
When Su Zhe explained, he did not explain in detail without focus, but explained the key points, such as the equipment to be modified, the materials to be used, and the technologies to be used.
This process lasted for five hours before the explanation was completed.
Then entered the question and answer session.
The experts kept asking questions, many of which Su Zhe answered casually. There were only a few questions that required Su Zhe to think for a while.
This process lasted three hours.
The reason why it ended was because it was already twelve o'clock at night and no one had eaten dinner yet.
The most important thing is that in the process of Su Zhe explaining and answering questions, he has solved most of the problems in the optoelectronic chip manufacturing process.
Su Zhe, Fan Xiaoming, Li Congshan, and Bao Qizheng left first.
Pan Feipeng and relevant personnel sat at the door of the auditorium and asked the experts to sign confidentiality agreements one by one.
no way! Su Zhe talked about the optoelectronic chip manufacturing process in too much detail, and all of them were key points.
If these were leaked, the consequences would be disastrous.
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