From University Lecturer to Chief Academician

"Oh~~~"

"It's so hard to find inspiration!"

After Wang Hao gave Ding Zhiqiang the "idea homework", he couldn't help but sigh from the bottom of his heart.

He sincerely hopes to find a way to enhance the annihilation power.

In the past two years, he has also continued to conduct research, hoping to find the most possible experimental method from a theoretical point of view, but he has not gained anything at all.

Now the phenomenon of increased annihilation power has been discovered, but it is still impossible to conduct an in-depth analysis.

The research of Helen and Chen Mengmeng is at most based on the theory of annihilation, to demonstrate that the enhancement of annihilation force can weaken the behavior of particles, and the argument is only around the particles with weakened behavior, not the field of 'strong annihilation force'.

Then, how is the 'strong annihilation force' field produced?

Wang Hao still shook his head.

He has thought about this question countless times, but he has not gained anything until now. The only thing he can think of is that the anti-gravity experiment may have something to do with it.

"He Yi, Professor Xiang and others probably have no hope. Their ideas are too hardened."

"Ding Zhiqiang..."

"Hopefully!"

Wang Hao is very optimistic about Ding Zhiqiang, and thinks that Ding Zhiqiang is very talented, especially in some research ideas, which can be described as unconstrained.

That's why he asked Ding Zhiqiang to write a 'thought report'.

Of course, just a hope.

Wang Hao didn't completely count on Ding Zhiqiang, he would still think about it for himself, and also went to the Anti-Gravity Behavior Research Center to communicate with He Yi, Xiang Qiansheng and others.

two days later.

Wang Hao went to the SMES technology experiment base.

Many newcomers came to the experimental base. They used to work in Pan Dong's team, but now they have transferred to Wang Hao's team, including some electric and electromagnetic technicians, engineers, and some computer engineers.

Among them, there are three most important ones, one is Zhou Guisheng, an electromagnetism expert from the Institute of Physics of the Academy of Sciences, and the other is Huang Wen, a computer expert from the Institute of Software of the Academy of Sciences.

Finally, there is Liang Jingye.

Liang Jingye is still relatively young, and she has only graduated with a Ph.D. for a year. She has been doing research with Pan Dong, but she has shown excellent working ability.

All three are the team leaders of the SMES energy storage project team.

Zhou Guisheng is working on the high magnetic circuit control of SMES devices; Huang Wen is a researcher at the software institute, and his work is naturally on the background system; Liang Jingye is focusing on energy storage coil adjustment and safety control.

After Wang Hao arrived at the experimental base, he met Zhou Guisheng, Huang Wen, and Liang Jingye, and then immediately started to solve the most important task - the placement of new personnel.

Other newcomers only need to be assigned to various technical groups.

Zhou Guisheng, Huang Wen, and Liang Jingye are the most difficult to arrange. They are the technical team leaders of Pan Dong's team. After coming here, it is impossible to replace the original team leader and directly arrange to be the deputy team leader. Kind of inappropriate.

Liu Mingkun is the deputy director of the research group, and he also suffers from this.

For example, his personal qualifications and level are not as good as Zhou Guisheng's. It is definitely not suitable for Zhou Guisheng to be the deputy leader of a technical team.

Fortunately, Wang Hao is here.

Wang Hao met Zhou Guisheng, Huang Wen, and Liang Jingye together. He knew Liang Jingye a little bit, but he was not familiar with Zhou Guisheng and Huang Wen. The key point was for them to talk.

Zhou Guisheng is a top electromagnetic expert and has a very in-depth understanding of the magnetic problems inside the SMES power storage device.

After talking about some professional issues, Wang Hao immediately made a decision, "Professor Zhou, I think you are really overqualified for studying the magnetic circuit control problem, so let's do this, you will not participate in the work of the technical group, but will be in charge of SMES." The stability and balance of the internal magnetic force."

Zhou Guisheng was a little puzzled, "Academician Wang, has the internal magnetic problem of the experimental device you created been solved?"

For SMES power storage devices, the internal magnetic stability problem mainly occurs when the device is turned on.

Now that the SMES power storage device can run smoothly, it means that there is no big problem with the internal magnetic stability control.

Wang Hao laughed, "Professor Zhou, our goal is to study SMES batteries."

"Oh~~~"

Zhou Guisheng patted his head hard, and he immediately reacted.

After they came here, they knew that the goal of the new team was to study SMES batteries, not just SMES power storage technology.

I know, I really know it, but it still takes time to accept it.

Huang Wen's arrangement was relatively simple.

Wang Hao didn't talk to Huang Wen, and said directly, "Software control is the most important. To develop SMES power storage technology, the background system needs to be redone, and the calculation, automation and control requirements are higher."

After he finished speaking, he turned to Huang Wen, "Professor Huang, I decided to divide the background system into two groups. One group focuses on detection and data reporting, and the other group focuses on data analysis, calculation, and security adjustments."

Huang Wen nodded after thinking, "This method is indeed good. SMES, detection and control are very important, and half of the energy in the design of the background system must be spent on detection and reporting."

Wang Hao nodded and said, "I will leave the work in this area to you in the future."

Finally Wang Hao looked at Liang Jingye, "Team Leader Liang."

Liang Jingye smiled shyly, "Academician Wang, just call me Xiaoliang."

Wang Hao nodded slightly.

Her big eyes were twinkling, and there was expectation and nervousness on her face.

Although Wang Hao publicly expressed his appreciation for her work ability, but unlike Zhou Guisheng and Huang Wen, she did not have a formal researcher position. group leader.

In reality, after the project team is disbanded, she is the one who most hopes to join Wang Hao's team, otherwise she can only find other jobs.

Wang Hao looked at Liang Jingye for a while and said, "Xiao Liang, I want you to be my assistant."

Liang Jingye was taken aback, "Assistant? What does the assistant do?"

Others also looked over carefully.

Wang Hao explained, "The experimental equipment for SMES power storage is running stably, and our follow-up work is testing. For SMES batteries, the research has only just begun."

He looked at other people as he spoke, and said seriously, "The beginning of any research is to conduct design demonstrations, and we need to demonstrate various aspects of technology."

"In fact, before you came here, we have discussed that there are two biggest difficulties. One is that the SMES power storage system is too complicated. To design an SMES battery for aerospace use, many parts need to be redesigned. , especially in detection.”

"The factors involved in this, needless to say, you should be clear."

Everyone nodded.

The factors involved are not only design, but also some "temporarily uncontrollable" content, which is best bypassed.

To manufacture SMES batteries based on SMES power storage technology, to some extent, is to shrink the SMES power storage device, and the shrinkage involves many factors.

Some of the uncontrollable factors, the most direct is the detection equipment.

In the SMES power storage experimental device, the testing equipment is directly delivered, and the largest testing equipment is even more than one meter high, occupying a volume of 0.5 cubic meters.

Of course, such a large-scale testing equipment cannot be put into the SMES battery design.

That's the problem.

How to achieve accurate monitoring of each part of the battery without putting in large-scale testing equipment?

Wang Hao continued to talk about the second question, "The second is the redefinition of the refrigeration system. I believe everyone understands."

The refrigeration system is of course a problem.

They use conventional liquid nitrogen refrigeration, and liquid nitrogen refrigeration requires a large amount of compressed nitrogen, which will occupy a large volume. In short, the refrigeration system must not be inside the SMES battery.

"Third, the energy storage coil. We also need to redesign..."

The energy storage coil is the most important part of SMES. The energy storage coil produced by them is modified on the basis of the technology provided by the electrician of the Academy of Sciences, but the foundation remains unchanged.

The technology provided by the Academy of Sciences Electrician is the basic coil winding technology, which mainly limits the high magnetic field to achieve safety, and arranges the coils in parallel to increase the total amount of energy storage by increasing the number of coils.

To put it simply, the efficiency is insufficient, and the quantity comes together.

For SMES batteries, efficient energy storage with reduced volume is required, and safety issues must also be paid attention to.

This is the core technology.

Wang Hao said three points in a row, and let everyone know the difficulty of SMES battery research and development, which is almost equivalent to starting a new research.

Every part has to be re-discussed, re-designed and planned, and many technical difficulties have to be overcome.

After Wang Hao finished speaking, he turned to Liang Jingye, "In the early stage, it will probably be in the next six months to a year. The main job is to do the demonstration of each part. There is a lot of work in this area."

"So I need an assistant, someone who has a full understanding of SMES and the technology of each part, who is specialized in recording and summarizing design."

"At the same time, it is also necessary to communicate with various groups to fully understand the technical problems they encounter, record their ideas to solve the problems, and find ways to solve them."

"etc……"

Wang Hao talked a lot in a row.

He really needs to find a suitable assistant. Designing the SMES power storage device is complicated enough, so that he has almost no energy to do other things for more than a month.

The design of SMES batteries will be more complicated, and there are still many difficult technical problems to be overcome.

It is impossible for him to have so much time to communicate with various groups and everyone in the team, so he needs an assistant to share the work.

After Wang Hao finished speaking, he looked at Liang Jingye.

Liang Jingye nodded seriously, "Academician Wang, I will definitely work hard."

...

The newcomers are all set to work.

The staff size of the SMES research team has almost doubled, but the demonstration work of the SMES battery has not yet started, and most of their experimental work is just waiting.

Now that the discharge experiment is over, the follow-up is to continuously store energy for the experimental device, and then it will be connected to the grid, and try to release the experiment once after the energy is fully stored.

This is a process of continuous experimentation, but at this stage, SMES power storage technology can also be said to be perfect.

When there is no need to invest too much energy in the experiment, the research team focuses on learning and research. They need to understand the corresponding technology and technical principles in the SMES power storage device so that subsequent demonstrations can play a role.

Department of Science and Technology.

Sitting in the office, Xu Baogong routinely opened the data reported by the SMES research team. There was a special sentence marked on the document, "The discharge process is stable, and after the discharge, the recharging is still stable."

The file comes with a bunch of professional experimental data.

Xu Baogong could already understand it, and with the addition of a word of explanation, he could also understand what it meant.

"Stable discharge and stable recharging basically mean that the technology has stabilized."

If the technology is stable, it can be understood that the technology is mature. Even if there are problems in the future, it will not be the kind of technology that cannot be overcome. Most of the cases will only appear in the quality of internal equipment, materials, or some problems in the manufacturing process. It has nothing to do with design and technology.

Xu Baogong thought for a while, and immediately called the leaders of the Ministry of Science and Technology, including some experts in related fields, to hold an internal meeting together.

There are two points determined in this internal meeting. One point is to fully support the project that cooperates with the SMES battery research and development team.

Another point is to start to demonstrate the construction of a large SMES power storage base, as American has done.

At the same time, release information publicly.

Disclosing information to the outside world is to demonstrate technological strength to the world.

Previously, American announced the establishment of a large-scale SMES power storage base in Texas, which aroused heated discussions in the international public opinion, and at the same time let people see American's strength in the field of superconducting technology.

This kind of public opinion is naturally unfavorable to the country. After the technology has been perfected, it is natural to disclose the news to show that the domestic superconducting technology is no less than American.

In addition, the news cannot be suppressed.

They are about to demonstrate the construction of the SMES power storage base, and they must convene many experts to hold a large meeting. Instead of hiding it and letting the outside world speculate, it is better to open the news openly.

After the Ministry of Science and Technology made a decision, it immediately released the information.

The information can be described in one sentence: "my country already has perfect SMES power storage technology and is preparing to build a large SMES power storage base."

The news immediately caused international public opinion to boil.

The domestic public opinion is naturally very good, and everyone is looking forward to SMES power storage technology. Ordinary people think that it is not so complicated. Knowing that China has high-end technology is itself a thing to be happy about.

Going deeper, they also hope that they will not encounter regional power outages due to insufficient power supply for a period of time in the future.

"SMES is too high-end. Half a year ago, American officially announced it. I didn't expect it to be officially announced so soon in China!"

"There should be no problem with the news released by the Ministry of Science and Technology."

"Finally there is SMES technology, and when the SMES power storage device is built, at least there is no need to worry about power outages due to insufficient power supply..."

"This technology is strategic!"

"..."

The international public opinion is different from that in China. Many people don't believe it, thinking that the country is releasing a 'smoke bomb'. In fact, there is no relevant mature technology at all.

A lot of media, scholars, and even politicians have come forward and said that they do not believe that China has mature SMES technology.

They can't believe it, and they don't want to believe it.

One of the important reasons is that SMES power storage technology is too important for China.

The total annual power generation in China is nearly 9 trillion kwh, of which thermal power generation accounts for more than half of the total power generation.

Thermal power generation uses a lot of coal and causes a lot of environmental pollution.

But in the same way, there are many benefits of thermal power generation, one of which is very important. Compared with clean power generation methods such as hydropower, wind power and solar power, thermal power can adjust the power generation better and more flexibly.

If you have SMES power storage technology, you can play the role of power generation buffer, you can store and release excess power generation, and the cost of power generation will be greatly reduced.

At the same time, it is also possible to adjust the power generation method, which is very effective in reducing thermal power generation, and the pollution to the environment will also be greatly reduced.

This is of course good news for the environment of the earth. Many people in the world have stood up and expressed the hope that the news in China is true.

Of course, not everyone cares about the environment.

At the national level, more countries do not want to have high-end SMES power storage technology in their country.

The effect of this technology to reduce environmental pollution is incidental, and the direct impact is to reduce the cost of power generation, and it has strategic significance such as effectively storing high-intensity electric energy and providing energy support for high-end weapons.

...

The international public opinion environment has not affected Xihai University.

Wang Hao stayed at the SMES experimental base for two consecutive days, and then returned to Xihai University to re-study the problem of 'strong annihilation force'.

Research, of course, yielded no results.

He especially noticed that it was already Sunday, so he began to look forward to Ding Zhiqiang's "idea assignment" tomorrow.

"I really hope that Xiao Ding can have some novel ideas!"

"He's been thinking hard this week, he must have had a hard time."

Wang Hao thought about it.

In fact, Ding Zhiqiang is not like Wang Hao thought, he has been thinking hard about how to complete the "idea assignment".

After being left with 3,000 words of 'homework', Ding Zhiqiang returned to his workshop, and then put the 'homework' aside.

This is mainly because...

Ding Zhiqiang felt that it was impossible for him to have any ideas. He didn't know anything about antigravity experiments, quantum physics, or theoretical physics. He only had a basic concept of annihilation force.

"idea?"

"It's like asking an ordinary person, do you know how to solve the Riemann Hypothesis?"

"Just kidding!"

Ding Zhiqiang thought carefully, "It should be... Teacher Wang saw me playing games and punished me?"

"This should be!"

He definitely thought that when he went back, he would uninstall the game directly, full of unwillingness, and then continue his study and research, thinking about algebraic geometry problems.

It wasn't until Sunday night that Ding Zhiqiang remembered that he still had "three thousand words" to do, and he felt very depressed.

"Find a way to enhance the annihilation power..."

"idea……"

He knew that it was impossible for him to think of it, so he simply thought of a few keywords and searched on the Internet--

'How to increase the mass of an object'?

'Can the annihilation power be enhanced'?

'Magnetic field superposition'.

'Electric field superposition'.

'...'.

Ding Zhiqiang just browsed the web at random, and all he could find were some news or popular science content, which of course would not exceed his knowledge.

He just recorded the 'methods' he found, like an online novel writer, adding up the word count of the content one by one.

Finally, a dozen 'suggestions' were gathered.

Ding Zhiqiang nodded in satisfaction after seeing more than a dozen suggestions that were 'basically all nonsense'. He found that he was really a genius in water content, and then he wrote more than 400 words in the content of 'magnetic field superposition'.

"That's all."

"Anyway, I've made up 3,000 words..."

"As for whether it's useful or not, it doesn't matter. Teacher Wang Hao can't think of it. What can I do? He will definitely understand."

...

On the next day, Ding Zhiqiang went to Wang Hao's office and handed in the printed "idea homework".

He put the homework on the table, and frowned and explained, "Mr. Wang, I really can't figure it out. What you said is too profound."

really.

Wang Hao nodded understandingly, "It's okay, just finish it."

Ding Zhiqiang breathed a sigh of relief, turned around quickly and walked out without even saying a word of greeting.

Wang Hao picked up the homework with anticipation, and looked at it carefully. After reading it for less than half a minute, he couldn't help frowning, "What are these!"

"The first few items have nothing to do with enhancing the annihilation power."

"This is related, series and parallel? Let the annihilation force be connected in series, but the annihilation force field will be directly connected together, the area will expand, and the strength may decrease..."

"Parallel connection? Can two irrelevant areas be connected together by conduction? If the force field is connected, it is still in series..."

"Increase the current? What does that say?"

"Magnetic field superposition?"

"Magnetic fields can indeed be superimposed, but annihilation force fields cannot be superimposed!"

Wang Hao read it carefully from beginning to end, but he didn't receive any inspiration hints, and he felt very disappointed immediately.

Ding Zhiqiang, sometimes it doesn't work!

"Among them is the superposition of the magnetic field, which seems to be somewhat related, but the annihilation force field cannot be superimposed, and the combination of the two force fields is meaningless at all."

"Even if you create an annihilation force field in the same area, it doesn't have any effect. It has been tested...?"

Wang Hao's eyes widened as he thought about it.

He discovered that the annihilation force field has been neglected for a long time, but when he thinks about it carefully, it has some weird characteristics.

Countless experiments in the past have proved that the annihilation force field cannot be superimposed, even if the annihilation force field is created in the same area, it cannot directly increase the strength of the annihilation force field.

But, think about it, it shouldn't be like this normally!

Magnetic fields can be superimposed.

The superposition of current will of course increase the current and power.

When two forces are put together, one plus one equals two.

Even if the annihilation force field cannot be superimposed, it should normally increase the duration, or increase the coverage, or cause other effects, but why nothing happened after the superposition?

The area is not increased.

There is no increase in intensity.

Other features are not seen at all...why?

"It's not right!"

Wang Hao thought about it carefully, and couldn't help standing up excitedly, "It seems that we still need to do experiments. Maybe the superposition of the 'annihilation force field' will be a breakthrough in research!"