"Haha, I'm back! Brother Tan, Brother Liu, did you miss me? Let me tell you, you are all in a good mood today. I brought Cantonese-style sausages made by my mother. I will steam a plate for everyone at noon. The taste is amazing. Got it!"
On the last day of July, Chen Yiwen rushed into the research team's workroom early in the morning and greeted him excitedly.
It can be seen from the energy in the body that the child has been very comfortable during the week after returning home, and has been greatly satisfied both physically and mentally.
"Okay, Chen Yiwen, it will be different after going home this time. Hey, I will try to go home and play for two days before school starts." Liu Chenfeng said with admiration.
This is an extremely true complaint.
Mainly because after studying for a Ph.D., I was under too much pressure and my brain was always in a state of high tension.
Before Liu Chenfeng basically met the requirements for graduation, it was hard for Liu Chenfeng to ask if he wanted to go home.
"Haha, Brother Liu, you are very free in our project team. If you have anything to do, just tell my brother Qiao, he will not embarrass anyone." Chen Yiwen said carelessly.
It can be seen that the young man is indeed a little carried away, Qiao Ze dares to do whatever he wants.
Unfortunately, there wasn't much time left for him to be coquettish.
Within a few words, Qiao Ze walked into the workroom.
"Hey, Brother Qiao, you're here? What books do you want to borrow today? I'll go right away..." After saying that, Chen Yiwen glanced at Qiao Ze's desktop and was shocked to find that there were no chips on it that he was familiar with. Instead of reading materials, there is a pile of historical research books.
This puzzled him.
After all, Qiao Ze has been in school for so long, and he has never seen Qiao Ze flip through such liberal arts books.
"No need to borrow them, you can just return these books later." After saying that, Qiao Ze had already sat down in his seat.
Well, maybe because of his absence during this period, Qiao Ze's taste in reading changed.
"Okay, by the way, Qiao Ze, I brought the sausages made by my mother from my hometown. I will give you half of them later and take them back to Aunt Lu to try."
"Okay." Qiao Ze nodded, sat there and started working.
What surprised Chen Yiwen was that Qiao Ze did not work on those mathematical equations that he could not understand today, but started writing a paper.
But he couldn't quite understand the paper, since it was in English after all.
This is why he, Zhang Zhou, and Gu Zhengliang have not been able to help Qiao Ze find suitable documents in the vast thesis library. The main reason is that my English reading level is not up to standard yet.
Although the country has been preparing to build a Chinese paper retrieval, due to the rapid development of modern science, Western civilization has taken the lead. From mathematics to physics, mainstream academic concepts are basically introduced into the country from abroad. This also leads to the absolute right to speak in English paper retrieval.
For scientists from almost all countries, including China, if they make outstanding achievements in the field of scientific research and publish papers, their first choice is to publish them in foreign English journals. Only if the results are of a lower level or cannot be invested in foreign countries, will they consider investing in domestic projects. Therefore, most of the valuable papers are in the English area.
This is why you may not need to know too much English in life, but if you want to do academic work at this stage, you must master English reading skills. After all, if you directly use various translation software to interpret professional papers that contain a large number of subject-specific terms, you will often be wrong.
If the translation is wrong, it’s okay to say that you can’t understand it. If the translation is ambiguous and the reader misunderstands it, it will really make a joke.
Unless artificial intelligence takes a step forward, the accuracy of translation of professional papers through machine translation can reach an extremely demanding standard, which can truly free countless students who are determined to do research from the nightmare of learning English.
However, although Chen Yiwen didn't quite understand it, he still felt that what Qiao Ze wrote was not a mathematics paper.
Because there are no messy mathematical formulas in the abstract you are writing.
However, Chen Yiwen just glanced at it, picked up the books on Qiao Ze's desk, and headed to the library.
After all, Classmate Chen, who had just come back from home and was in a very happy mood, no longer had so much curiosity. I just took the opportunity to go out of the library and walk around to see if there were any changes in the school.
This is actually a pity, because if Chen Yiwen had looked at it a few more times, he would have at least been able to understand the title.
Because the title of the paper is very simple.
, translated into Chinese.
This is definitely a very interesting topic for Chen Yiwen. After all, he has been curious about it for a long time.
Yes, this is what Qiao Ze has been thinking about.
He plans to write two papers. In addition to the one I am currently writing, there is another one.
Qiao Ze's idea is simple.
He doesn't know how to make chips, and he can't spend too much time paying attention to these things.
But he is good at calculations and good at writing papers.
Now that he has gained some fame around the world, if he can make the paper look real enough, it seems that he can really use the guidance of this paper to bypass the traditional machines that are most lacking in China's current semiconductor industry system. If the production model is created, it can actually become a disguised deterrent.
In Qiao Ze's view, the difficulty of these two papers is nothing more than the rationality of the design and manufacturing principles stated in the papers, and whether the various internal laboratory analysis data he compiled directly can pass supercomputer verification.
Optimistically, these two difficult problems that need to be solved happen to be his strengths.
Through rigorous physical knowledge system, we can reason and design a new light source and photolithography mode. He also used scientific language to convince everyone that Huaxia can really bypass all industrial manufacturing difficulties and so-called patent restrictions and produce lithography equipment with performance comparable to the latest generation of extreme ultraviolet lithography machines.
Then use a series of fabricated laboratory data to let the outside world know that an internal laboratory of a university in China has begun research on this project and has made great progress. It may even be possible to produce such a machine within a few years. illusion.
As long as he can really do these two things, combined with his understanding of the development history of the West yesterday, as well as the product sales strategies and decision-making orientation of those semiconductor technology companies, he is almost certain that those high-ranking companies will try their best to proactively break through the so-called He issued a prohibition order and sent those things to China.
They may even be willing to take the initiative to sell part of their profits to quickly occupy the Chinese market.
Of course, even if he fails to achieve this effect, he will not be depressed.
It's also good to scare the other side.
Even if he wasn't scared, Qiao Ze didn't care.
Anyway, he really didn't put in much energy or time. It was just something he did casually, just writing a paper and practicing his pen.
After all, Youwei can now be said to be his partner, and doing something for his partner can be regarded as mutually beneficial.
And as long as he doesn't say that these data are actually calculated in the laboratory, it won't be considered a fraud. All words used are replaced by theories and speculations, and that's it. This does not violate basic academic ethics. As for others to think about it and whether they will associate it with it, that is their business.
Yes, that's what Qiao Ze really thinks, simple and direct, using his best method to try to see if he can solve some problems.
As for actually entering the chip industry?
Are you kidding me?
Qiao Ze thought that even if his brain was really sick, it wouldn't be to this extent.
Of course, it is extremely difficult to deceive journal editors and professionals.
So rationality is the focus of Qiao Ze's thinking.
In his design, this new light source solution uses a particle accelerator to provide a stable high-energy light source for the lithography machine.
Described in concrete scientific language, electromagnetic radiation is emitted when charged particles approaching the speed of light travel along a curved track under the influence of an electromagnetic field. To describe it in language that normal people can understand, when an electron moves in a circular orbit at the speed of light, it will always radiate photons along the tangential direction.
These radiated electromagnetic waves actually have the characteristics of high brightness and wide band.
In particular, wide-band wavelengths, from infrared to visible light, to ultraviolet, extreme ultraviolet, and even x-rays, can be produced by controlling the speed of particles rotating in the annular belt.
Therefore, theoretically speaking, it is only necessary to control the laser of a certain wavelength to control the electron beam located in the storage ring. After letting it rotate, the electrons will theoretically be bound in the optical potential well formed by the laser and become a stable micro-bunch.
When this micro-beam is within the laser wavelength range, it can radiate a high-intensity, narrow-bandwidth coherent light source.
According to previous theories, this kind of light has the characteristics of high average power, high repetition frequency, and wide wavelength range.
The EUV light source used by ASML's latest generation of lithography machines is also included, as well as the UV and dUV light sources before iteration.
In addition, there are also light introduction lines, the arrangement of various components, etc.
In Qiao Ze's design, this large-scale lithography machine requires a large multi-layer storage ring with a circumference of about fifty meters. Under the operation of the laser beam, it can synchronously radiate up to twenty-eight light sources of different wavelengths and powers. Access other parts through different passages to start micro-carving the wafer.
In order to make this paper look more real, Qiao Ze felt that it would take some time to design an intelligent control system framework that can control 28 light sources at the same time. It can be regarded as a software adaptation for this device that has not yet appeared in this world.
This also resulted in the completion of this paper taking a long time. I conceived part of it last night, and then started writing it in the morning. Until ten o'clock in the evening, the first paper was not completely finished.
The difficulty mainly focused on the conceptual data and the final intelligent control system named KGwx1.0 by Qiao Ze.
Fortunately, now the entire project team actually doesn't care much about what Qiao Ze is doing.
When we were working on the group theory intelligence framework before, there were still points that could be discussed.
Now for Qiao Ze's new project, except for Liu Chenfeng and Li Jiangao, everyone in the two research groups can roughly understand what problem he wants to solve, but the others can't even understand the title.
But Liu Chenfeng could only help Qiao Ze with some auxiliary work. After completing the task, he also had to do something of his own.
But thinking that these two papers were not suitable for too many people to see before they were released, Qiao Ze still added passwords to the computer used to write the papers and the server where the papers were stored. In the end, it took Qiao Ze three days to complete the work.
After roughly understanding the influence of different journals and the focus of the selected papers, Qiao Ze decided to submit these two papers to American magazines together.
In fact, you can also post articles about semiconductor technology iterations.
Both journals are top-notch journals, even slightly more influential than .
But it is a British magazine after all.
What does this country say...
Forget about being weak, but he still seems to be immersed in the fantasy of the empire on which the sun never sets. After roughly understanding the history of this country and some of its recent actions, Qiao Ze got the feeling that Britain always talks about being a grandfather, but acts like an adult son, and governs like a grandson who is not very sensible.
Not very reliable anyway.
More importantly, there are not many semiconductor companies with global influence in this country.
Whether it's UKS or xmoS, they've been very crotchless in recent years.
Once you decide on the journal, it’s easy.
Li Jiangao had already taught him the steps to submit to journals.
Download the submission system, upload, abstract, sign, authorize... a very simple process. The next step is to wait for the review by the journal, and test the level of the journal editor and professional reviewers.
It is worth mentioning that the corresponding author of these two papers and the first author Qiao Ze only left their names to avoid possible trouble in the future.
Qiao Ze has discovered that other people are different from him after all.
For example, he never cares about what the outside world thinks of him, but others seem to care.
Especially Chen Yiwen.
After uploading the paper, Qiao Ze put all this behind him.
After all, it was just a small thing that happened easily, and his main focus was once again on how to solve the problem at hand.
In addition to thinking about chips these days, he has already made instanton solutions to the o group corresponding to the Reimann space with the highest symmetry, the o group and the SU group.
The question that troubles Qiao Ze now is whether any non-Abelian gauge field has a corresponding Reimann space.
If he could find a way to prove that all gauge fields can find correspondences, he could establish unity between gauge fields and Reimann space geometry.
This step is very important and will enrich the mathematical tools and proof methods he can use to solve the final problem. It can even be said that it will take a big step forward in solving the Yang-Mills equation.
Because this is a new path, there is currently no relevant literature that can help him, so he can only think on his own.
But Qiao Ze's mentality was very peaceful.
That night, after a day's work, just when Qiao Ze was about to leave with Chen Yiwen, Li Jiangao, who had been chewing on a paper, stopped Qiao Ze.
"Qiao Ze, there is a mathematics conference in Linhai City next week. The organizer sent me an email and invited us to attend. In addition, they also arranged a 60-minute report meeting for you, mainly about using group theory to conduct research. Decoupling causal features under deep learning. Are you interested?"
Qiao Ze shook his head and said, "I'm not interested, Uncle Li, go ahead."
During this period of study, he has learned that participating in various conferences is good for mathematicians, but he does not have the strong desire to communicate with others for the time being, so he refuses.
"Okay then. I really have to go there. I thought you also wanted to go to Linhai to see Su Mucheng." Li Jiangao said with a bitter smile.
Qiao Ze shook his head and said, "She will be back next week."
"That's it." Li Jiangao smiled.
In fact, Li Jiangao doesn't really want to participate in this kind of academic conference recently, but unfortunately, the chairman of the organizing committee of this conference is a good friend of his former mentor, and has provided him with a lot of help. An invitation letter was sent to him. I'm really sorry not to go.
"Well, I'll go back first." Qiao Ze nodded, then turned and walked out of the research group.
He didn't tell Li Jiangao that he had written two more papers.
Because Qiao Ze felt that this was his own business and Uncle Li didn't need to worry about him.
As for what chain reaction would happen, he didn't think much about it.
