From University Lecturer to Chief Academician

Xihai University, Mason Mathematical Sciences Laboratory.

Wang Hao took advantage of the intermission period of research to deal with the work of the laboratory.

In recent years, the Mason Number Laboratory has been developing rapidly, and the number and quality of its researchers have continued to increase.

In the field of mathematics, including Bill Carr, Paul Phil-Jones, Tian Hong, and Helen who just graduated, all have certain international influence.

In terms of computer science, the influence of personnel is relatively weak, but the main project direction of the laboratory is still in the field of mathematical computing, and several ongoing projects are directly related to computers.

The laboratory is ready to evaluate national key points, and the computer direction is also constantly expanding its staff.

Wang Hao is still concerned about several main projects, especially the projects in cooperation with the space agency, and the core mathematical algorithms involved must be done well.

Some incidental simple problems, others can solve.

However, for some difficult problems, other people have submitted solutions, and he still needs to review them and make corrections and improvements based on the solutions.

This job is much easier than it used to be.

A few years ago, when he first received a cooperation project from the space agency, Wang Hao could only complete the relevant core algorithm issues.

Now other people have submitted solutions, and Wang Hao is only responsible for reviewing and correcting, rather than completing all the algorithm work from scratch.

Even so, it still takes a long time.

Wang Hao is not in a hurry to finish it quickly, and takes time to care about the students when he has time.

Most of his students have graduated, and he did not recruit any more, but there are still two doctoral students, one is Qiu Hui'an and the other is Ding Zhiqiang.

None of them have finished their doctoral dissertations yet.

There is no fixed time for studying a Ph. D. Generally, it takes at least two years, and some even take four or six years. Helen and Chen Mengmeng graduated relatively quickly, and Xu Chao and Zhang Zhiqiang also graduated soon.

Qiu Hui'an's speed was slower.

He completed Legendre's conjecture when he was in graduate school, and he already has a certain reputation.

Since he started his Ph.D. program, Qiu Hui'an has been taking his time and not rushing to complete his doctoral dissertation, but patiently doing his own research.

Wang Hao has a nonchalant attitude. He still hopes that his students can produce better results, instead of doing a little research and putting together a thesis to graduate.

He is still looking forward to Qiu Hui'an.

Wang Hao was walking on the second floor of the laboratory that day, when he happened to arrive at the door of the student workshop, he heard conversations coming from inside.

That was the voice of Ding Zhiqiang complaining, "I really hope to graduate soon, my dissertation has not been finished yet."

"Why?" Qiu Hui'an didn't understand.

"I've already finished it." Ding Zhiqiang said with a depressed tone, "but when he showed it to Mr. Fu, he said that as a student of Mr. Wang, he should complete a more valuable thesis..."

Qiu Hui'an shook his head and said, "I'm asking why you are in such a hurry to graduate."

"ah?"

Ding Zhiqiang couldn't figure it out for a while, "Is it normal to rush to graduate?"

"Are you short of money?"

"This...not really." Ding Zhiqiang is only a doctoral student, but he has been working in the computing group since he was a graduate student. You may not be able to get so much for work.

Qiu Hui'an said, "I think the process of studying a Ph.D. is also enjoyable."

He explained, "If you think about it carefully, all of our time can be used to do our own research. If we enter the work after graduation, it may not be necessarily the case, and many things will come up."

Ding Zhiqiang nodded in thought.

After graduating from a Ph.D. and working, life will definitely be different. Even if you are just a lecturer, many things will come to you.

For example, giving lectures takes up a lot of time and energy.

Now that they don't have teaching or other jobs, they can concentrate on doing direct research, and they can also get subsidies higher than the normal salary. Thinking about it carefully, it is indeed very good.

Wang Hao stood at the door and listened, and couldn't help but nodded. Whether it was for Ding Zhiqiang or Qiu Hui'an, it is indeed very easy to study for a Ph.D.

This kind of environment that can completely focus on research is indeed rare in life.

After graduating from a Ph.D., you will definitely want to work, and many things will definitely come to you.

Of course, it also depends on the individual state of mind.

Qiu Hui'an is the kind of person who is very focused, and he will naturally enjoy the process of doing research. It may be different for other people, and he may feel more relaxed after graduation.

Wang Hao couldn't help but think of the process of his Ph.D. study. In his memory, he followed Mr. Pan Weiguo and devoted himself to the research of partial differential equations...

Seems like a really nice memory indeed!

"The process of reading a Ph.D. is very important. If you can enjoy the process, it will also be a kind of improvement to your life..."

Wang Hao sighed and frowned suddenly, and kept chanting a word, "Process, process, process..."

"Perhaps the process is more important than the result?"

"More important?"

He stood in place without moving, trying to grasp this sliver of inspiration.

He thought of the "intermittent problem of strong annihilation force at the edge of the superimposed force field", and at the same time thought of the most important inspiration obtained from the study of semi-topological systems a few years ago.

That is the superconducting experiment group of the University of Chicago, published in the "Science" magazine experimental research content, they found a carbon, hydrogen, sulfur mixed material, under high pressure environment to achieve the transition temperature of room temperature.

More importantly, they observed that the antigravity strength produced when the superconducting transition temperature is not achieved at 20 degrees Celsius is higher than that at 15 degrees Celsius when the superconducting transition is achieved.

To put it simply, before entering the superconducting state, the antigravity field produced is stronger.

Then it can be explained by the "semi-topological system", that is, when the mixed gas is energized, a special form is formed. In a high-pressure environment without topology, the one-sided gap structure responds more to the annihilation force.

This experimental discovery caused international shock at that time, and Wang Hao found inspiration from it, and perfected the mathematical structure of the semi-topological system through calculations.

Now Wang Hao thought of the key to the intermittent problem. Since the direction of the alternating current is constantly changing, the microscopic morphology in the conductor is constantly topological, which leads to the intermittent problem at the edge of the manufactured anti-gravity field.

So it’s okay not to enter the superconducting state?

In the case of not entering the superconducting state, naturally there is no problem of 'microscopic morphology being topological', and there will be no intermittent problem.

The anti-gravity field created in this way must be constant and continuous, and the edge of the superimposed force field produced will also be continuous, which also solves the problem of intermittent field force.

"It makes sense!"

"As long as it does not enter the superconducting state, there will naturally be no problem of field force intermittency."

"So, as long as we find a material that can create an anti-gravity field without superconducting transformation, the problem will be solved."

"At that time, we can create a strong annihilation force field!"

Thinking about it, Wang Hao's eyes lit up, and he immediately turned around and walked outside. He was going to the Anti-gravity Behavior Research Center to determine the next research direction.

...

"We want to do basic research on materials, basic experiments on anti-gravity!"

"To find a material that can create an anti-gravity field before entering the superconducting state!"

"This is very important for the study of strong annihilation force!"

"..."

The research direction explained by Wang Hao has surprised many people.

In their view, the anti-gravity field is originally produced by the superconducting state, so how can the anti-gravity field be created before the superconducting state is realized?

He Yi, Xiang Qiansheng, Yan Jing and others all understood, because they had done this research before, and even went one step further, to find a material that can produce a stronger antigravity field when it is close to the superconducting state. high.

Later, a foreign team made a discovery, and Wang Hao also completed the structure of the semi-topological system, and the research did not continue.

"This research is actually related to the strong annihilation force?" He Yi felt a little unbelievable.

Wang Hao nodded with certainty, "Yes, this can help us solve intermittent problems."

"The current requirements are not high, just to create an anti-gravity field, and do not require higher strength. We can use the most basic equipment to test more materials."

"Understood."

He Yi, Xiang Qiansheng and others nodded together, they all knew what to do.

...

Wang Hao’s new direction is still difficult to come up with results, but the research is only to test various materials, and only the most basic anti-gravity equipment is used. What needs to be done is to continue to experiment.

Everyone knows what to do, all it takes is time.

Now just have to wait for the result.

Wang Hao just explained the direction, and did not intervene in the experiment immediately.

He still has a lot to do.

The design of the open superconducting motor was completed, and the individual custom components were shipped to the Mechanical Automation Laboratory of Xihai University.

The reason why it was transported to the mechanical automation laboratory is mainly because the laboratory has complete testing equipment. After all the tests are completed and it is confirmed that it can run stably for a long time, the motor will be transported to the experimental base of the anti-gravity aircraft.

The assembly of the superconducting motor is not complicated, and it only took one day to complete, and then it was ready for the overall test.

Most of the testing work is still done by the anti-gravity vehicle team.

Start-up, rotational speed detection, power output control, maximum rotational speed, a lot of testing work is carried out step by step, a large amount of data is recorded, and the motor is also being tested and constantly corrected and improved.

Whenever a problem is discovered, Wang Hao immediately organizes relevant personnel to solve it.

This kind of work lasted for more than a week, and the motor has been able to operate normally, and can stably control the speed and output power.

The next step is to enter the 'continuous operation detection', which is to let the motor run for a long time to see if there are any problems.

Wang Hao thought of the designer of the open superconducting motor, Professor Dou Yan of Capital University.

When talking about open motors with Professor Dou Yan at Capital University, Dou Yan was very interested and expressed that he hoped that after the motor was manufactured, he could come and have a look at the real thing. After all, it was his own design, and he still wanted to see it with his own eyes. , relying on the motor designed and manufactured.

Now that most of the motor tests have been completed, Wang Hao still decided to invite Dou Yan to come and have a look.

After Dou Yan heard the news, he was very surprised. He did not expect to rely on his own design to manufacture the finished product so quickly, and even conducted certain tests.

When he talked with Wang Hao on the phone, he decided to buy a plane ticket to Xihai after listening to a few words.

The next day, Dou Yan came.

Dou Yan came by himself. Because he was worried about the confidentiality issue, he simply went on the road alone. When he thought that the open superconducting motor he was involved in had been manufactured, he felt very excited and excited.

He really couldn't wait.

After arriving in Xihai City, he came to Xihai University non-stop, found the Mechanical Automation Laboratory, and saw Wang Hao who was walking out.

Wang Hao knew that Dou Yan was coming, but he didn't expect it to be so fast. He still shook hands with Dou Yan enthusiastically, "Professor Dou, you've worked hard all the way!"

Dou Yan nodded slightly, and immediately asked, "Academician Wang, don't mind me coming quickly, I really can't help it."

"I didn't expect that you guys produced the finished product so quickly and entered the test. I really want to see it!"

Dou Yan's team does not have sufficient funds, and open superconducting motors can only exist in design.

Now that the finished product is manufactured, it means that his own research has been transformed into a real thing. I really feel very excited in my heart. Seeing him like this, Wang Hao simply stopped greeting him, and took him into the laboratory with him, and went directly to the assembly I saw a superconducting motor being tested.

Dou Yan walked towards the motor, turned around it several times, looked carefully for a long time, turned his head and asked in doubt, "Academician Wang, is this the motor we designed?"

"yes."

Wang Hao nodded affirmatively, "It's your design. We just made some improvements and corrections on the basis of the original design."

Dou Yan nodded knowingly, and then asked, "Can you give me a test report? Doesn't it involve confidentiality?"

"Professor Dou, you are the designer, of course it's okay." Wang Hao waved to the side, and a staff member handed over a test parameter report.

Dou Yan is a professional in superconducting motors, he immediately paid attention to the most important data--

The maximum speed is more than three times stronger than the original;

The stability test lasted for four hours, and the deviation of the cooling system curve was within a controllable range;

The power control has been very stable, and the output compression test is three times higher than the highest design strength...

The expression on Dou Yan's face changed from dignified to confused. He glanced at the test data, then turned his head to take a closer look. The motor was completely different from the one he had designed, and immediately asked Wang Hao with a puzzled face. "Academician Wang, are you sure this is the open superconducting motor designed by our team?"

"Yes?" Wang Hao nodded affirmatively.

Dou Yan was still very puzzled, and he patiently explained and asked, "However, this motor is very different from our design in terms of appearance, overall parameters, performance and other indicators. To be precise, it is an improvement. It has increased several times, and it can also ensure control stability..."

"You said this!"

Wang Hao suddenly said, "As I said just now, we have made some improvements and corrections on the basis of the original design."

"'Some' improvements and fixes?"

Dou Yan couldn't understand written all over his face, he grinned hard, not knowing what to say.

This is called 'some' improvement?

As he thought about it, he couldn't help wondering whether giving Wang Hao a design drawing of Wulong Hongguang could make a Lamborghini through "some improvements"?

Today is New Year's Eve, I wish you all a happy new year! See you next year~~~~