From University Lecturer to Chief Academician

Xu Jie recalled his experience, filled with grief and indignation.

Last year, Helen gave him a paper on algebraic geometry, saying that it was a learning task assigned by Wang Hao.

At that time, he and Helen were completely unfamiliar, and they didn't even speak twice.

Because it was a study task assigned by Wang Hao, after he got the thesis, he began to study it carefully. During the study process, he found that Helen kept looking at him, and even kept taking notes with a pen in his hand.

When being "peeked" by a very beautiful little girl from abroad, I will naturally feel a strange feeling in my heart.

He couldn't help trying to figure out what Helen was thinking. Maybe the other party was more curious about him?

Maybe it's because I like my cheerful personality?

Is it handsome?

What is the other party writing? Are you studying and researching, or writing about yourself?

This is a very normal thought of a boy.

Xu Jie didn't show it. He just read the content of the paper normally, but he couldn't understand it after reading the beginning. He studied hard all day, and finally asked someone else.

Only then did I realize that Wang Hao had not assigned any relevant learning tasks.

Xu Jie didn't understand this matter, so he thought it was Helen who made a mistake, but later found out that Helen had never acted like this again, and after getting in touch with him a lot, he found that the other party's personality was a bit weird, so the matter was over.

Now Xu Jie finally understood that Helen was using him as an experiment.

This is too much!

Xu Jie felt very angry when he thought about it, and what was even more depressing was that he didn't understand the content at all, didn't he even meet the "basic requirements of the experiment"?

so……

"Am I stupid? I'm so stupid that I don't even have the qualifications to participate in the experiment?"

The more Xu Jie thought about it, the angrier he became.

After Helen left, he slammed down the book angrily, and immediately gritted his teeth and said, "Hurry up! Let's find the content first, and find more difficult and super-class ones! We must test this elementary school boy!"

"Make records! Be sure to make detailed records."

"I'm furious!"

"I want revenge!"

Qiu Hui'an and Chen Mengmeng looked at each other. They knew that Xu Jie was angry with Helen, but why did it become a test of the new junior?

"Aren't you angry with Helen?" Qiu Hui'an asked in confusion.

Xu Jie stared at him and asked, "I'm a big man, why do I care about a seventeen-year-old girl?"

Chen Mengmeng said, "Or, you can also test Helen? Also take a very complicated paper and let her understand it?"

Xu Jie said, "Is this taking revenge on her, or on myself?"

"Makes sense."

Qiu Huian and Chen Mengmeng nodded together.

The same method can't be used on Helen. I'm sorry, but I can only use the primary school boy.

...

At the same time, Wang Hao and Zhang Zhiqiang went to the newly built Mason Mathematical Science Laboratory.

The Mason Number Science Lab has been built.

The interior decoration has also been completed, and the rest is to transport the experimental equipment, because it is a mathematical computer laboratory, there is no need to install some complicated equipment.

The computers in the laboratory are all newly purchased, and only a few servers need to be moved in.

Wang Hao entered the laboratory, and after visiting the first floor, he walked towards the office on the second floor.

The second floor is the main office area.

He asked, "Dean Luan said that the official opening will be in October. When will we start moving?"

"It will be fine next month. We can slowly move things in. The two idle servers can be moved there first, and some office supplies can also be moved in."

Zhang Zhiqiang stopped at the door of an office while talking, and introduced to Wang Hao, "This is the researcher's workshop."

Wang Hao glanced inside and made an evaluation, "Not bad."

Zhang Zhiqiang said with a smile, "I decided to stay in this office."

He went in and looked again.

Although it's not the first time I come here, I still look forward to it every time I come in.

The newly built Mason number laboratory is a single building with a total of three floors and a very large area.

The various workshops and laboratories are much larger than before, and there is a specially built storage room behind, which can free up a lot of space.

The office they are in has a special lounge, where they can sleep and rest temporarily, and the decoration is also very good.

After Wang Hao and Zhang Zhiqiang came out, they went to the director's office. Compared with the original area, the area was a little bigger, and the decoration was a little more low-key. The whole row of bookshelves on the wall made the room more fragrant with books.

Wang Hao still felt very satisfied.

They also discussed work issues, and Zhang Zhiqiang also said, "Our problem now is that we have no projects in hand."

"There is a new laboratory, and there should be new projects. I discussed it with Professor Qi and decided to apply for a project related to signal transmission."

"There are many fields supported by the Science Foundation, but we are all good at research in the direction of signal transmission. Research in this direction applies for projects with more than one million yuan, and it can continue to do well for several years."

Wang Hao listened and nodded, "Your idea is very good, but I think you can also apply for a horizontal project at the same time."

"Our main source of funds is horizontal projects. The foundation's project grants are relatively small, and there are many restrictions on the use of funds."

"Brother Zhang, you should pay more attention to those mathematics and computer research projects that big companies invite to bid, preferably those with relatively high research difficulty."

"We want to do projects, not to do repetitive and accumulated work, but to do research."

"If we want to do a software-like project, we have no advantage over other laboratories. We are a mathematical computer laboratory."

Zhang Zhiqiang listened and nodded.

What he has always thought of is to apply for a large computer project, so that the laboratory can have projects to do, but now he finds that his thinking is still limited.

With Wang Hao in charge of the laboratory, the advantage lies in basic mathematics rather than pure computers.

The core algorithm-centered research of the space agency is the most suitable project for them.

...

After leaving the newly built Mersenne number laboratory, Wang Hao returned to the office to continue his research.

He also found Lin Bohan.

The two of them stayed together in the office, continuing to perfect the new geometry.

The study is almost done.

'Research on the microscopic morphology inside conductors' is a research task, but obviously it cannot be completed in one go, because the coverage of 'conductors' is too large.

Each kind of conductor has a different microscopic form because of its different element composition. They only aim at shaping the microscopic form of 'single-dielectric metal'.

Wang Hao thought about it and said, "For the experiment, the top and bottom of the graph are not completely closed. This must be considered."

Lin Bohan said, "Then we need to add another definition, but it is also simple, we can use the third equation as the basis..."

The two continued to study.

This is the final finishing touch of the research. They have already built the framework, and they can add content if they have any requirements.

Once everything is done, the frame is constructed.

Wang Hao and Lin Bohan sorted it out again, and after careful analysis, they said, "Every piece of this geometric framework meets the experimental expectations."

"With the current data and conclusions, it can no longer be improved."

Lin Bohan also thought about it and said, "It really doesn't make sense to continue, unless there are new requirements."

What they do is to construct the internal microscopic form of a single metal conductor when it is electrified. Because the experimental data and results are limited, the microscopic form they constructed is only a framework and cannot be further improved.

It is like studying a plane containing a straight line.

There are many planes that pass through a straight line, they just made this defining frame, without new conditions, the work can no longer continue.

However, this is already a great achievement.

It involves a lot of mathematical expressions, and the research has also found a clear direction for the next step of experimental work.

...

Lin Bohan only participated in the construction work of the new geometry, and did not go deep into the experiment.

So he didn't know the specific value of the new geometry he created.

When the new geometry was shaped, he was waiting for the next step. He didn't pay much attention to it. Instead, he rested for a few days to get to know other people in the laboratory and get used to the environment of Xihai University.

He is a rookie after all.

Wang Hao is different.

He attaches great importance to the new geometry, because the shape of the geometric framework has pointed out the direction for the next experiment——

Using various elemental metals as materials, the temperature of the activated AC gravity field and the corresponding change in intensity value are studied.

"If supported by sufficient experimental data, a relationship between microscopic morphological stability and the temperature at which superconductivity is activated can be found."

"This relationship can define a coefficient k."

"The coefficient k can be used to describe the relationship between microscopic morphological stability and superconducting temperature."

Wang Hao carefully looked at the results in his hand, and kept thinking in his mind, and couldn't help but become very excited.

He was rarely so excited.

Even when he completed the proof of Goldbach's conjecture or other results, he only felt a sense of accomplishment, not how excited the results themselves were.

The implications of this study are significant.

The activation superconducting temperature of a single metal can often only be known through experiments. His current research direction is based on the theory of microscopic morphology and combined with follow-up experiments to solve the relevant mysteries--

Using mathematical means and atomic analysis to calculate the superconducting temperature of the corresponding elemental metal.

This is the most important step in analyzing the superconducting mechanism.

If it is possible to calculate the superconducting temperature of elemental metals, further research can be extended to other elemental elements, compounds, and even organic molecules.

etc.

Being able to know the superconducting temperature of the corresponding organic molecule through calculation is equivalent to cracking the mystery of the basic mechanism of the superconducting phenomenon to a certain extent.

In this way, contacting the application will definitely have a bright future.

If it is announced, it will definitely be a Nobel-level achievement. Even if it is not made public, it can still receive massive financial support.

Massive, not just 100 million or 200 million, applications for billions may be able to pass.

Because, this is superconductivity.

The research on room-temperature superconductivity is considered to be equivalent to nuclear fusion technology, and is considered to represent the fourth revolution in human technology. This technology can greatly promote the development of technology, and will make human technology achieve real leaps and bounds.

If room-temperature superconducting materials can be truly developed, any electronic product will no longer have to worry about heating problems, power transportation will no longer suffer losses, maglev transportation will become the mainstream, and superconducting energy storage technology will directly change the technical logic...

All technologies related to electricity in the world will make a qualitative leap.

Of course, the premise is to develop a room temperature superconducting material, and the material must also have a relatively high critical current and magnetic field.

He can only imagine it now, but he is about to take the most important first step.

...

Science Foundation.

Academician Wu Hui sat at his desk, looked at the two report applications on the screen, and couldn't help pressing his forehead hard.

Headache!

The two applications came from the Physics Laboratory and Basic Science Center of Xihai University, both of which are experimental institutions that the Office of Superconductivity focuses on.

The physics laboratory of Xihai University is applying for follow-up funding, and the opening is 100 million.

"One hundred million? Are you kidding me?" Wu Hui tugged at the corner of his mouth.

The project approved by the physics laboratory has only been a few months, and the funds of more than 60 million yuan have been exhausted?

They are the appropriators of the projects, but not the money printing presses.

The Basic Science Center is applying for new projects, which are related to the research and development of high-temperature superconducting materials.

Wu Hui still understood this.

Many people in the industry know that Wang Chenglin used the method Wang Hao said to do research, invited several mathematics professors from Capital University to participate in the experimental data analysis, and constructed a corresponding mathematical model. It is said that the results are very outstanding.

"The new project that Wang Chenglin applied for needs a meeting to discuss it..."

Wu Hui thought carefully.

The Office of Superconductivity is only the department responsible for the approval and acceptance of superconducting projects under the Department of Mathematical and Physical Sciences of the Science Foundation. In fact, it does not have the right to directly allocate funds.

Every year, the Science Foundation holds a meeting and plans to allocate a certain amount of funds to support scientific research.

Each department will be divided into parts.

The funds allocated to the field of superconductivity are sufficient, but they are also quantitative. This year’s funds are only in the early 100 million. Normally, the allocation of funds can only be small and not large. There must still be a certain balance every year, not spend it all.

The physics laboratory said that it was 100 million yuan, even if the name said it was a hype, it was impossible to pass the approval.

think about it...

What if all the funds are allocated to the physics laboratory and other institutions apply for funding? At that time, even small projects will have to be postponed until next year for approval.

Wu Hui read the report carefully and thought, "The achievements of the physics laboratory are outstanding, and there is also a joint application from the 244 factory. Part of the funds must be allocated."

"The application for the basic science center must be demonstrated. If you really need financial support, can you delay the time appropriately?"

"At present, we still need to organize experts to do demonstrations."

He thought about it and started working. First, he sent an invitation to Wang Hao to come to the Science Foundation to participate in the project demonstration. By the way, he also talked about the funding of the physics laboratory.

...

In fact, there was no need for Wu Hui to invite him specially, Wang Hao was already preparing to come to the capital.

One is for the project funding of the laboratory, which is 100 million yuan at the beginning, but it is almost impossible to get approval directly after going to talk about it carefully.

Even if the funds can be approved, the allocated funds must be "discounted". Moreover, they are also approved at a discount, and the difference between 10% discount and 10% discount is too much.

Second, he was invited to participate in the high-temperature superconducting maglev train project meeting in the capital.

When a person's fame reaches a certain level, he will always receive various invitations, including lectures, project research, academic conferences and so on.

Most of Wang Hao rejected it directly, otherwise the work would become flying around, but he still had to participate in major meetings on superconductivity.

After receiving Wu Hui's invitation, Wang Hao looked at the above information and felt a little surprised, "The demonstration of the basic science center's application project?"

"Wang Chenglin?"

Before the physics laboratory applied for the project, Wang Chenglin was one of the review experts in the demonstration meeting.

Now that Wang Chenglin is applying for the project, he has become a project review expert.

"The data analysis of the exchange gravity experiment, based on the experiment, to construct the corresponding relationship between temperature and material?"

"No, it's still the direction I said..."

Wang Hao felt a little funny, and at the same time, he was also interested in the research and development progress of Wang Chenglin's team.

It is said that it is a 'remarkable achievement', but what exactly is it?