Scholar’s Advanced Technological System

Shangjing, the apartment building near Shuimu University. .

An old man is holding an English magazine in his hand and sitting on the sofa watching.

Halfway through, he suddenly smiled and put the magazine on his hand and said, "This kid is a personal talent."

This old man with glasses is not someone else. It is the master of the Chinese mathematics world, Qiu Chengtong, and Mr. Qiu Lao.

The magazine that he was in his hand is nothing more than the English version of Nature Weekly. On the page that opened, it was the British female journalist Belinda who interviewed the intern named Lu Zhou.

In the interview, the magazine mentioned the identity of the interviewee Jinling University master student, and also mentioned that he is a member of the lhb China Cooperation Group and his views on the signals appearing in the 750gev energy zone.

As the high-ranking academician of the lhb project Huaguo Cooperation Group said earlier, the intern, who helped the original Chinese cooperation team, had a sigh of relief on the international stage of ern.

I believe that it will not be long before the country will make some overwhelming coverage of the young scholar who boarded Nature Weekly.

And these glory are what he deserves.

"Yes."

The old man sitting opposite Mr. Qiu Lao, while drinking tea, whispered softly.

This is not someone else, it is Lu Zhou’s academician Wang Yiping who has had a relationship with Princeton.

Although Mr. Qiu Lao and Yan Da have a very poor relationship, they have even reached the level of mutual bombardment and mentoring in the media, but the old gentleman still has a few good friends in Yanda.

For example, Academician Wang Yiping is one of them.

After a moment of pause, Mr. Wang continued to sigh: "After the academic meeting of Princeton, I thought that this kid's ability was on the number theory. I didn't expect him to have such a high talent in the field of high-energy physics. Young and promising I have seen a lot of scholars, but I have never seen a few of them."

Qiu Chengtong said with a smile: "I have seen one."

"Who?"

"Tao Xuanzhe!"

Wang Yuping sighed slightly, then smiled and said: "Are you so high on him?"

Tao Xuanzhe, the first Australian to receive the Fields Medal, is the second Chinese to win this award after Qiu Chengtong in 82 years. He is currently teaching at the University of California, Los Angeles. He is a recognized genius in the mathematics field and is amazing. All-rounder.

Although he does not involve research in the field of physics, his research discipline covers almost all areas of mathematics, from harmonic analysis to nonlinear partial differential equations, and even his research has spread from the pure number field to the field of numbers. For example, the principle of compression sensing in cameras has his research results.

Many people rate him as Mozart in mathematics, because in addition to genius, there is no suitable reason to explain why so many achievements will appear on a mortal.

Although there are many people in the domestic mathematics community who have evaluated this Lu Zhou, he is called "Xiao Tao Xuanzhe", but he still has a "small" character. In Wang Yuping's opinion, the evaluation of old friends is still too exaggerated.

Mr. Qiu Lao smiled and said: "Is the evaluation high? I even think that he is completely hopeful than his predecessors!"

I heard that the old friend’s evaluation of the young man was so high. Wang Yiping’s heart was secretly surprised and could not help but ask: “Are you serious?”

"Of course," Mr. Qiu Lao nodded. "When I saw him choose the Polignac conjecture as a research topic, I actually had this kind of hunch. Now I see this report. But let me be more certain about this."

Wang Yiping smiled and asked: "Do you think he can solve this problem?"

"It's hard to say that he has solved even the prime number conjecture. If it is not that energy, and the number theory is outside the scope of my research, I would like to try to challenge this problem," Mr. Qiu Lao said with a sudden, suddenly eyes A turn, look at the old friend and said with a smile, "Or, let's make a bet?"

Wang Yiping smiled and asked: "What are you gambling?"

"I bet he can solve this conjecture within two years."

"Not realistic." Wang Yuping shook his head. "I know that you have a high opinion of him, but his current research direction is not a number theory, but a mathematical physics. If he puts his mind on number theory, it is possible to complete this subject... ...but now, if you look at it, the two years are still too short!"

Mr. Qiu Lao shook his head: "The research direction is not a problem. Interest is the best teacher. In my opinion, he has the talent to complete the work. Since we have the opposite opinion, do you want to gamble?"

Wang Yiping took a big thigh and smiled and said, "Okay, then bet it! I have a hundred pieces, and I will lose money if I lose."

Mr. Qiu Lao smiled and said: "You old things, have not started to gamble, they want to lose. Do not gamble with you, no strength!"

......

"Auntie!"

After a sneeze, Lu Zhou licked his nose and snorted, "Who is yelling at me," and continued to write at the desk.

Lu’s schedule, he has already seen it.

But now in the summer, the most recent class is still the next month, so don't worry about it for the time being.

These days, Lu Zhou has hardly ever left the door of the bedroom. He kept himself in the bedroom and tried his best to design experiments against the data in the computer.

In order to design the pdms film, he had to consult a large amount of literature, and based on this, conceived experimental ideas.

The reason that motivated him to be so focused is of course the question of money.

Watching a large gold mine, if he doesn't get something from the top, he really feels sleepless.

As for the use of a gold mine to describe this technology, it is no exaggeration, even underestimating its value.

As early as 20 years ago, the negative electrode of lithium metal was abandoned by the industry. Because of the short circuit caused by the growth of dendrites, the battery became a burning/burning bomb, and “exploded” a listed company with a market value of 10 billion.

However, the strong market prospects of lithium metal still attract countless materials science laboratories, and they are pouring in on this topic.

At the enterprise level, there is an ibm, and even a super-calculation for the lithium-air battery project, assigning a path for each gas molecule to enter the battery unit to avoid gas blockage... Although it was later found to be a bottomless pit, it was not capitalized by the capitalists. The mercy has been cut off.

At the national level, for example, the energy minister in the Alabama team, the American Chinese who has won the Nobel Prize in Physics in 1997, Mr. Zhu Yuwen, has been a fanatic supporter of lithium negative batteries for some time... although it was finally a group of people. Persuaded.

As for why lithium batteries have such fascinating magic, they have to mention the concept of energy density.

The so-called energy density is the energy contained in a unit volume. As the most important indicator to measure the performance of a battery, increasing energy density has always been the pursuit of the industry.

Even in the 13th Five-Year Plan of China, it is clearly planned that the power battery technology level should be synchronized with the international level in 2020, and the production capacity will remain global. One of the most important red lines is to increase the energy density of the power battery to 300-350 wh/kg.

At present, the lithium-sulfur battery in the laboratory is the most likely to be the first.

However, if the problem of lithium dendrite is solved, the concept of the fiery hot all has to stand by and give way to the lithium negative battery.

Those who have studied chemistry know that the first lithium metal anode has the lowest electrochemical potential of -3.04v, not to mention the specific capacity of up to 3,861mah/g.

Using lithium material as the negative electrode, the energy storage effect can theoretically reach ten times that of graphite batteries, and the energy density of all-round rolling graphite anode materials!

And the most attractive thing is that once the problem of lithium dendrite growth is solved, there is no need to make major design changes to the existing battery, even if the existing universal graphite anode material is directly replaced, the battery energy can be realized. The leap in density has increased!