Reborn Technology Scholar

Chapter 319 Project Topics

In March, after getting familiar with the environment, people in the chemistry laboratory also began to come into contact with the complete theory of "lithium-air batteries", including how to solve the problems encountered in the current development process of lithium-air batteries in the world.

All of a sudden, these researchers were convinced by Qin Yuanqing one by one. The level shown by Qin Yuanqing was really very high, and from a theoretical perspective, it was completely solvable. The next step was to see, during the experiment,

How to make this thin film to separate oxygen in the air and only allow oxygen to enter the reaction system.

In the past, in the research and development of lithium-air batteries, how to isolate other gases from entering the reaction system was a huge problem, because it was simply impossible to do, and it could not even be solved theoretically.

Now that the theoretical level has been solved by Qin Yuanqing, it is now at the experimental stage.

"This guy is really a monster. He has made such great achievements in mathematics and theory. He has never shown it in the field of chemistry before. As a result, this field of chemistry is also incredibly advanced." Wu Shihao sighed softly and murmured to himself: "Can it be said?

Is mathematics really the foundation of all sciences and the crown of natural science? When mathematics reaches a certain level, everything else will be covered?"

Wu Shihao graduated from the Chemistry Department of Yan University, and later went to MIT to study abroad. It took him four years to obtain a doctorate. He then engaged in postdoctoral research at MIT and became a full professor at MIT four years later. His work was published in "Nature"

"Science" and "Journal of the American Chemical Society" published 36 academic papers, including 16 as the corresponding author.

It can be said that he is absolutely outstanding in chemistry. This time it was also because he wanted to return to China. After seeing the recruitment of Qin Yuanqing Laboratory and learning about it, he decided to give up his American green card and return to China with his wife and children.

In fact, when they learned that Wu Shihao planned to return to China, Yanda also extended an olive branch, hoping that Wu Shihao would teach in the Chemistry Department of Yanda. After all, the Chemistry Department of Yanda is the number one major among Chinese universities, ahead of the Mizuki Chemistry Department.

But Wu Shihao finally chose Qin Yuanqing's chemistry laboratory, because although Wu Shihao had left China for twenty years, his college classmates were also professors in the Chemistry Department of Yan University. He knew that although Yan University's funding was much more abundant than other universities in China,

But it lags far behind Shuimu University.

Chemical research, whether it is new photovoltaic materials, photonic materials and optical upconversion materials, research on photoelectric functional materials and structures based on square control, etc., all require a lot of research and experiments, and this is also very expensive, and there is not enough funding.

, it is difficult to achieve results.

Of course I have to admit that treatment is also an important reason.

When I went to the Department of Chemistry at Yanda University, although I was also a full professor, my annual salary was only 700,000 yuan. But when I went to Qin Yuanqing's chemistry laboratory at Shuimu University, my annual salary started at one million yuan, plus bonuses. I even learned that Qin Yuanqing's two research institutes had already

After four academicians were born, Wu Shihao was more inclined to choose Qin Yuanqing.

There is no way. After returning to China to develop, the salary and remuneration also need to be considered. After all, whether you are alone or not, there are seniors and juniors, and the whole family is counting on him. As a scientific researcher, he is naturally interested in becoming a Chinese academician.

Has an ambition.

Although he was abroad before, Wu Shihao had also heard that Qin Yuanqing had become a new academic power in China, and it was still a very powerful academic power. Many people accused Qin Yuanqing, a new academic power, of hindering the development of mathematics and physics in China.

But Wu Shihao is not stupid. When he returns home, he will naturally hug his thigh. When hugging his thigh, he will naturally hug the thickest thigh. If he hugs his thin legs and arms, the other party will not be able to lift him.

But now that he has come into contact with the "lithium-air battery" battery, and with the establishment of the lithium-air battery project, he knows that he is with the right person and has the right partner. How long will it take for such a big boss not to have the right partner.

Sometimes you have to admit that there is indeed a chain of contempt in academic circles. Mathematics is superior, followed by physics, then chemistry, biology, medicine, and then others. The top mathematicians are superior, looking down on all living beings, and scholars in other disciplines

The natural status is slightly inferior.

This is also the reason why many well-known scholars defected to Qin, Yuan and Qing Dynasties without any psychological barriers. After all, they did not need to let others gossip, and they felt at ease.

This time, not only Wu Shihao, but also other researchers are very excited, because it is not just a 'lithium-air battery' project, this is just the first project, there are many other projects. For example, in the field of carbon nanomaterials, graphene, batteries

field, lithium-air batteries are only part of the battery field.

These research projects will be carried out after the construction of the laboratory is completed. They are all so excited that they can't wait to work until midnight every day. After all, there are endless funds to spend, and there are many Chinese scientific research projects, which is really happy for the researchers.

.

The same situation applies to biology and life. Although not many people have arrived, Yan Ning has officially transferred the files to the laboratory. The three projects of HIV virus, cancer cells, and rheumatism will be the focus of the laboratory's development in the future.

Yan Ning was appointed as the deputy director of the laboratory. She used to have a master-apprentice relationship with Shi Yigong, but now they have become partners. This time the project topic not only involves the laboratory, but also involves collaboration with Shi Yigong, Chen Wei and other scientific teams

, the hospital’s cooperation, the scientific research funding for the three topics is as high as 3 billion yuan, and there is no upper limit.

Whether it was a chemical laboratory or a biological laboratory, Xu Jiayi lost a lot of hair after each list of experimental equipment.

These researchers are only responsible for making lists, and don't care about purchasing at all. She has to work with the school's logistics department to purchase. After all, if she wants the instruments and equipment to be available when the laboratory is completed, she must prepare for the purchase in advance.

Coupled with the supercomputer requested by Qin Yuanqing, these were enough to give her a headache. Although she called Qin Yuanqing, she couldn't help but run.

In order to equip his laboratory with the best computer, Qin Yuanqing applied to his superiors to purchase a Tianhe-2 supercomputer.

The Tianhe-2 supercomputer is the fastest supercomputer in China. It has a peak calculation speed of 549 petaflops per second and a sustained calculation speed of 339 petaflops of double-precision floating point operations. It ranks first among Chinese supercomputers.

, which is also the fastest supercomputer in the world.

Qin Yuanqing applied for such a ‘Tianhe-2’ supercomputer to prepare for nuclear fusion in the future.

Of course, Shuimu University's Shahe Campus will also build a supercomputing center, dedicated to the "Tianhe-2" supercomputer, but the ownership does not belong to Shuimu University, but to Qin Yuanqing Laboratory.

Yes, whether it is the three chemistry laboratories or the three biological life laboratories, the unified name to the outside world is Qin Yuanqing Laboratory, named after Qin Yuanqing.

This supercomputing center can not only provide scientific research calculations for Shuimu University, but can also be widely used in high-tech industries and modern service industries in Changping District, digital city construction and scientific research fields. It can also be used in urban earthquake disaster reduction, genomics research and application

, drug design, biomolecular dynamics simulation, digital media and animation rendering, public opinion monitoring, emergency intelligent decision-making, etc.

This is the reason why you can tell how well a region is developing economically by looking at the local universities. If a regional university is weak and has no strength, then the regional economy will definitely not be good, because there are no talents and no creativity. The scientific research results and technology of universities

Strength has no effect on the regional economy. On the contrary, if universities are strong, then the regional economy will definitely be first-rate, because the scientific research results, technical strength, and talents of universities can effectively promote regional economic development.

One of the important reasons why Beijing, Shanghai, Yangcheng and Pengcheng can become first-tier cities is the concentration of universities.

For example, in Zhongguancun in Beijing, new technology companies are born almost every day, and the output value of a Zhongguancun exceeds that of many second-tier cities.

Qin Yuanqing has no idea about WeChat, but he is still very enthusiastic about his laboratory. He asked his foreign friends to order many experimental instruments and equipment, but Shuimu's strength is still not enough.

As for the supercomputer, he personally filed the report and applied for it, and the contract price was 3.5 billion yuan. The Tianhe-2 supercomputer has advanced performance, but the cost is also very high. It is said that the cost has reached 2.5 billion yuan. And when it runs in the future

, the daily electricity consumption has reached 600,000 yuan. If it continues to operate for a year, the electricity bill alone will cost 220 million yuan.

Of course, this is also the advantage of Qin Yuanqing. Many units want to buy supercomputers, but they just can't buy them. You can't buy this kind of thing even if you have money.

Of course, after buying a supercomputer, it is not just for use. Qin Yuanqing will also have to research an operating system and various software programs to replace the original system. Scientific research is different from other things. Some software developed by others

It cannot be used. Maybe it is just a certain decimal point that is different, but the calculation results are completely different.

Qin Yuanqing just planned to come up with a Chinese language. Now Qin Yuanqing has figured out that using English as the computer language cannot support the birth of artificial intelligence because the current programs are too cumbersome. An operating system may have tens of millions of lines or even

With hundreds of millions of lines of coding and insufficient logical structure, how could artificial intelligence be born?

Many people talk about artificial intelligence in Internet forums. In fact, the basic foundation has not been solved. No one can solve artificial intelligence. Even if it can be solved, it will be pseudo-artificial intelligence, not real artificial intelligence.

Including quantum computers, the same thing must be done from the bottom up. Otherwise, it would be unimaginably difficult to create a real quantum computer, and it cannot be applied to commercial applications. At most, it can barely be regarded as a laboratory product.