Chapter 218: Finally, it's our Physics Academy's turn!

The office was quiet for three seconds.

Ji Yunshi couldn't sit still, his previous leisure swept away, staring: "You old guy, the tea hasn't even been finished yet, and you've already started not giving me face?!"

"."

Look, so many years have passed, Old Ji's mentality is still not good.

Looking at his old friend blowing his beard and staring, Tian Qilong shook his head in his heart, helpless: "Do you want to listen to me finish first?"

"I really want to hear how you want to say it." Ji Yunshi *hehe* twice.

Tian Qilong said leisurely: "The project Xu Qingzhou is doing is very good, especially for the field of quantum communication, it has extraordinary significance. Professor Pan is praising it over there."

"."

"Professor Pan?"

Ji Yunshi was originally prepared to have a good battle, but hearing this, he was stunned.

Pan Jianwei is a professor at the University of Science and Technology of China. In 2003, he proposed the quantum communication satellite plan. In 2011, the Strategic Priority Research Program on Space Science of the Academy of Sciences was launched, becoming one of the country's key projects, promoted by Pan Jianwei.

Tian Qilong smiled, took out a project application report from his document bag, and handed it to Ji Yunshi.

Ji Yunshi looked at the project results column and was stunned: "Expected 2 SCI papers, and 1 Tier 1 paper?"

"Unbelievable, right?"

Tian Qilong smiled lightly, "We have already seen it. The three papers for this project are indeed all at the level of first-class SCI."

Ji Yunshi took a deep breath, flipping through the report on the conclusion application. Every item was clear and bright, the logic was smooth, and it was written very professionally.

"Old Ji, you are not in the quantum field. Professor Pan Jianwei, Professor Yang Zhongrui, and the others have jointly written a proposal to the higher-ups, hoping to strengthen the construction of quantum communication. And, it has already been valued."

"It is very likely that next year's 13th Five-Year Plan will emphasize the content in this area."

Tian Qilong said slowly: "In quantum communication, high-compression QFC (quantum optical frequency comb) can improve the transmission efficiency and security of quantum bits, and in quantum computing, high-compression QFC can be used as an important quantum resource to build more efficient quantum algorithms and quantum circuits."

"So, the importance of Student Xu Qingzhou's research is self-evident."

Ji Yunshi fell into silence, his mood quite complicated, indicating that this news came a bit suddenly.

Of course, he was still sighing that the Math Academy had good luck. Xu Qingzhou was this conjecture today, that conjecture tomorrow, winning this award, that award, and bringing the Math Academy into everyone's topics every day.

The Physics Academy could only follow along to rub off some heat.

Now, it's finally our Physics Academy's turn!

Ji Yunshi frowned slightly and said: "But... how does Professor Pan know about Xu Qingzhou's paper?"

"We still have this bit of moral integrity. Professor Chang Ciyuan saw Xu Qingzhou's paper yesterday and called to consult Student Xu Qingzhou's opinion. After he agreed, it was submitted to the research institute."

Tian Qilong said: "Professor Pan praised the content of the paper endlessly and hopes Student Xu Qingzhou can go over to help."

"He is only a freshman now, this status..." Ji Yunshi stopped.

"Those of us in scientific research speak with strength. The meaning over there is that Student Xu Qingzhou can join the project as an intern. I think this is a very good training opportunity for Student Xu Qingzhou."

Ji Yunshi nodded: "Yes, this is a national-level project. Even if he can't participate in core research and development, as long as he participates, he will always be able to learn a lot."

Tian Qilong sipped his tea, "Our Jingda Physics Academy depends on these young people."

Ji Yunshi also sighed. Shuimu University's quantum anomalous Hall effect, the Academy of Sciences' neutrino oscillation, the University of Science and Technology of China's quantum communication, and even Nankai University has condensed matter physics.

Speaking of which, Jingda seems to have nothing to show off in recent years.

Jingda Physics has always ranked first in appearance, but someone complained before that the dignified Jingda Physics Academy doesn't even have a big shot at the level of Pan Jianwei or Xue Qikun, or produce results at their level.

There is no way, Jingda Physics Academy's research on quantum materials started too slowly. A few years ago, the Quantum Materials Science Center was prepared, and the big shots at that time were only Academician Wang Enge plus Teacher Wang Jian, and all other teachers were newly recruited, while the QAHE of the Xue group at Tsinghua in the same period had already come out.

Although the progress of the Quantum Materials Institute has been quite fast in recent years, I don't know how long it will take to give birth to that kind of heavyweight achievement.

Ji Yunshi was a bit excited; Jingda has successors.

In fact, disciplines have cycles. For example, Nanjing University, physics was brilliant for 30 years, that batch of veterans worked until they were eighty, and then suddenly found that there were no successors, and the research direction was highly homogeneous.

Nanjing University split the original Physics Academy into Physics Academy + Modern Engineering + Electronics, leading to internal differentiation of the school...

A good hand of cards was played into a mess.

Although Jingda Physics Academy is better, its status is also precarious. In recent years, many people have already placed the University of Science and Technology of China first.

Ji Yunshi nodded, narrowed his eyes and said: "I will communicate about this matter."

"Hmm, I have things to be busy with, leaving."

!.

After finishing the matter, Tian Qilong didn't stay long and left.

In the office, Ji Yunshi finished the tea in the cup, stood up, and walked toward the dean's office.

Jingda Library.

The project conclusion application passed, and Xu Qingzhou finally had time to find the materials on lithium-ion materials he got from Professor Zhao and the others last time and read them carefully.

As for the paper, it was submitted three days ago.

He submitted two to *Physics Reports*, and they have already passed the review.

This speed made Xu Qingzhou click his tongue. It was only submitted three days ago, and he received an editor's email saying it would be published in June. If the review time was shortened by another four-fifths, it could be comparable to his speed in his previous life.

In fact, there are traces to follow.

He had submitted one before, so he was an old acquaintance, not to mention the recent math halo hanging on his head.

Moreover, these two papers don't need a long time to argue like the paper proving the conjecture.

Is this the life of a cheater? It's much smoother than before, and it can even be said that the road he walked along was a flat road.

After sighing for a while, Xu Qingzhou focused his attention on the materials in front of him.

Professor Zhao and the others mainly studied negative electrode materials this time, selecting new silicon-based negative electrode materials.

When he saw them last time, the experiment didn't seem very smooth, and there was too much lithium precipitation in it.

This is indeed an obstructive problem encountered in the development of batteries nowadays, related to driving safety and the cruising range that people are most concerned about.

The lithium insertion potential of silicon 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 charging and discharging, which can even reach 300%. This volume change may lead to the accumulation of internal stress in silicon particles, causing the silicon material to pulverize, which in turn may aggravate the formation of lithium dendrites.

Professor Zhao and the others should have been destroyed by this.

Xu Qingzhou frowned slightly, considering how to solve it. Nanometerization? Compositing? Or core-shell structure modification design?

Thinking about it, he had already taken out draft paper, planning to write an improvement plan from these three directions.

(End of chapter) ===== CHAPTER 219 =====