Chapter 218 It’s finally our turn!
The office was quiet for three seconds.
Ji Yunshi couldn't sit still, and the previous leisurelyness was gone, and he stared: "You old guy, you haven't even finished the tea, and you have already started to show no face?!"
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Look, after all these years, Lao Ji's mentality is still not good.
Seeing his old friend blowing his beard and staring, Tian Qilong shook his head in his heart and said helplessly: "Why don't you listen to what I have to say first?"
"I want to hear what you want to say." Ji Yunshi chuckled twice.
Tian Qilong said leisurely: "This project undertaken by Xu Qingzhou is very good, especially for the field of quantum communication. It has extraordinary significance. Professor Pan is praising it."
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"Professor Pan?"
Ji Yunshi was originally ready to have a good battle, but when he heard this, he was stunned.
Pan Jianwei is a professor at Xiaguo University of Science and Technology. He proposed the quantum communication satellite project in 2003. In 2011, the Academy of Sciences' space science pilot project was launched and became one of the country's key projects. Pan Jianwei presided over the promotion.
Tian Qilong smiled, took out a project application report from his document bag and handed it to Ji Yunshi.
Ji Yunshi looked at the column of project results and was stunned, "It is expected that there will be 2 sci papers and 1 area 1 paper?"
"Isn't it hard to believe?"
Tian Qilong smiled softly, "We have already read it. The three papers on this topic are indeed of first-class SCI level."
Ji Yunshi took a deep breath and looked through the report on the final application. Every item was clear, logical, and written very professionally.
"Lao Ji, you are not in the quantum field. Professor Pan Jianwei, Professor Yang Zhongrui and others have jointly written a proposal to the higher authorities, hoping to strengthen the construction of quantum communication. Moreover, it has been taken seriously."
"It is very likely that next year's 13th Five-Year Plan will emphasize this aspect."
Tian Qilong said slowly: "In quantum communication, the highly compressed QFC (quantum optical frequency comb) can improve the transmission efficiency and security of qubits, and in quantum computing, the highly compressed QFC can be used as an important quantum resource. For building more efficient quantum algorithms and quantum circuits.”
"So the importance of Xu Qingzhou's research is self-evident."
Ji Yunshi fell into silence and felt quite complicated, saying that the news came a bit suddenly.
Of course, he was still lamenting that the Institute of Science and Technology was so lucky. Xu Qingzhou made this guess today, and that guess again tomorrow, and what kind of award he won, and the Institute of Science and Technology appeared in everyone's topics every day.
The Wuyuan side can also follow suit.
Now, it's finally their turn!
Ji Yunshi frowned slightly and said, "But how did Professor Pan know about Xu Qingzhou's thesis?"
"We still have this level of ethics. Professor Chang Ciyuan saw Xu Qingzhou's paper yesterday and called to ask for his opinion. After he agreed, he submitted it to the institute."
Tian Qilong said: "Professor Pan is full of praise for the content of the paper and hopes that classmate Xu Qingzhou can come and help."
"He is only a freshman now, with this status." Ji Yunshi stopped.
"We who are engaged in scientific research should speak with our strength. What that means is that Xu Qingzhou can join the project as an intern. I think this is a good training opportunity for Xu Qingzhou."
Ji Yunshi nodded: "Yes, this is a national-level project. Even if you can't participate in core research and development, as long as you participate, you can always learn a lot."
Tian Qilong took a sip of tea and said, "We at Beijing University of Science and Technology rely on these young people."
Ji Yunshi was also filled with emotion. The quantum anomalous Hall effect at Shuimu University, neutrino oscillation at the Chinese Academy of Sciences, quantum communications at the University of Science and Technology of China, and even condensed matter physics at Nankai University.
Speaking of Beijing University, it seems that there really isn't much that can be accomplished in recent years.
Physics at Peking University has always been ranked first in terms of appearance and appearance, but some people have complained before that in the majestic Peking University Institute of Physics, there is no one at the same level as Pan Jianwei and Xue Qikun, or has produced results of their level.
There is nothing we can do about it. The research on quantum materials at the Institute of Physics at Kyoto University started too slowly. The Quantum Materials Science Center was only prepared a few years ago. The big bosses at that time were Academician Wang Enge and Teacher Wang Jian. The other teachers were all newly recruited. , and the QAHE of Tsinghua Xue Group has been released at the same time.
Although the Institute of Measurement and Materials has made rapid progress in recent years, we don’t know how long it will take before we can produce such important results.
Ji Yunshi was a little excited. There was a successor at Beijing University.
In fact, disciplines have cycles. For example, at NTU, physics was brilliant for 30 years, and the veterans worked until they were eighty years old. Then they suddenly found that there was no successor, and the research directions were highly homogeneous.
NTU split the original School of Physics into the School of Physics + Engineering + Electronics, leading to internal divisions within the school.
A good hand is played badly.
Although Beijing University of Science and Technology is better, its status is still in jeopardy. In recent years, many people have put the University of Science and Technology of China first.
Ji Yunshi nodded, narrowed his eyes and said, "I will communicate this matter."
"Well, I have other things to do, so I'm leaving."
After talking about the matter, Tian Qilong didn't stay long, got up and left.
In the office, Ji Yunshi drank the tea in the cup, got up and walked towards the dean's office.
Beijing University Library.
After the project completion application was approved, Xu Qingzhou finally had time to find out and read carefully the information on lithium ion materials that he got from Professor Zhao and the others last time.
As for the paper, it was submitted three days ago.
His two submissions were for "Physics Reports" and they have already been submitted.
This speed made Xu Qingzhou stunned. Only three days after submission, he received an email from the editor stating that it would be published in June. If the submission time could be shortened by four-fifths, it would be comparable to the speed of his previous life.
In fact, there are traces to follow.
He had submitted an article before, so he was an old acquaintance, not to mention that he had the aura of recent mathematics hanging on his brain.
Moreover, these two papers do not require a long time to demonstrate like papers that prove conjectures.
Is this the life of a cheater? It is much smoother than before. It can even be said that it is a smooth road all the way.
After sighing for a while, Xu Qingzhou focused on the information in front of him.
Professor Zhao and his colleagues mainly studied negative electrode materials this time, and they chose new silicon-based negative electrode materials.
The last time I saw it, the experiment didn't seem to be going well, with too much lithium being released.
This is indeed an obstacle to the development of batteries now, which is related to driving safety and the driving range that people are most concerned about.
Silicon's lithium insertion potential is relatively high, which helps to avoid the formation of lithium dendrites to a certain extent, because when lithium appears on the negative electrode side, its morphology may be different due to potential differences.
However, silicon will undergo huge volume expansion during the charge and discharge process, even up to 300%. This volume change may cause stress accumulation inside the silicon particles, causing the silicon material to pulverize, which may in turn aggravate the formation of lithium dendrites.
Professor Zhao and the others probably didn't get ruined by this.
Xu Qingzhou frowned slightly, thinking about how to solve it, nanotechnology? Compounding? Or modify the design of the core-shell structure?
Thinking about it, he had already taken out his manuscript paper and planned to write an improvement plan from these three directions.
(End of chapter)