From University Lecturer to Chief Academician

"The outer electrons of the first-order iron element are active, and under normal circumstances, it means that the compound formed will be unstable."

"But first-order iron is more stable than conventional iron compounds..."

"Also, the superconducting material made of first-order iron can create a weak anti-gravity field..."

"Extremely active electrons, chemical properties..."

Wang Hao frowned hard and thought carefully. Putting all the findings together, he could clearly see the abnormality that did not conform to the routine.

But why?

"Is the abnormal activity of the outer electrons related to the abnormal performance of the anti-gravity of the material?" He continued to think, and suddenly thought of a possibility, "Or, the semi-topological structure also has instability problems?"

Stability and instability are relative.

The stability of the first-order iron compound does not mean that other properties will also be stable. The semi-topological structure formed in the conductive state and the self-selected ion lattice in the superconducting state may be opposite to its chemically stable state.

Instability in semi-topological structures has long existed.

Originally relying on the superposition force field technology to create a strong annihilation force field, the high-voltage mixed superconducting material used in the conductive state formed a semi-topological structure that was unstable.

It is precisely because of the unstable structure that the anti-gravity field can be created without reaching the superconducting state.

It's like an orange with a notch on one side. If you knead it vigorously, a large amount of juice will be sprayed out from one side, and a certain impact will be formed on the outside.

"It is also semi-topologically unstable now, but it is more serious..."

"Maybe not one gap, but multiple ones, so when the critical temperature exceeds tens of K, an antigravity field can be created."

"These are just speculations..."

"If you want to understand the basic principles, you still need more experimental findings and more data support."

He thought about it and made a decision.

...

The research on first-order element correlation is too important.

Including possible abnormal phenomena, including the electron activity in the outer layer that is inconsistent with the routine, and also including the abnormal anti-gravity characteristics, etc.

These all contain deep mysteries.

Wang Hao hoped to reveal the underlying principles, so he needed more experimental support, so he went directly to the Superconducting Materials Research Center.

After arriving at the research center, he saw Deng Huanshan and asked directly, "Is there any anti-gravity material made of the latest first-order iron?"

"Newest?"

Deng Huanshan hesitated for a moment, then said, "There are only the original ones..."

"Didn't you guys do any research?" Wang Hao complained, and understood that Deng Huanshan was not to blame for the incident, and their main research direction was superconducting materials.

In terms of research on antigravity materials, the few materials they already have are sufficient.

For example, the material can support the manufacture of more than 75% of the conventional anti-gravity field strength, and can also support the manufacture of more than 93% of the horizontal anti-gravity field.

Of course they also want to research new anti-gravity materials, but even if they are researched, it will be difficult to surpass them in terms of performance.

For first-order iron and first-order lithium, they just replaced conventional iron and produced corresponding superconducting materials.

This already requires a lot of work.

Wang Hao thought about it and said, "Well, you set up a new experimental group, and I want to study a new anti-gravity material containing first-order iron."

Deng Huanshan asked in surprise, "Academician Wang, do you want to lead the research team yourself?"

"Yes, hurry up this way..."

"Very good!"

Deng Huanshan was overjoyed immediately, he really couldn't wait.

In recent years, the Superconducting Materials Research Center has achieved a lot, but compared with the original, it is difficult to say that there is a "qualitative breakthrough", only a slight increase in the superconducting critical temperature.

Until now, he still clearly remembers the scene of doing research on superconducting materials with Wang Hao when the laboratory was established.

That was an 'astonishingly fast breakthrough'!

The critical temperature of the iron-based superconducting material they produced started from 73K and quickly reached 131K, and the speed of improvement was extremely fast and amazing.

When Wang Hao no longer participates in related work, the research will return to the normal "turtle speed".

After having the feeling of "quick breakthrough", and then slowly doing research at "turtle speed", with little by little results, the feeling is naturally completely different.

Deng Huanshan was suddenly filled with surprise and excitement, and immediately went down to arrange for the establishment of a new experimental team.

Wang Hao went to his office.

He is the deputy director of the Superconducting Materials Research Center and has an office dedicated to himself. Even though he rarely comes to work here, the office is always cleaned and organized.

After arriving at the office, he turned on the computer to check the information, and opened the task interface of the system by the way, creating a new research task.

【Task 3】

[Research Project Name: Research on the manufacture of anti-gravity materials containing first-order elements (difficulty: A). 】

[Inspiration value: 0. 】

"The difficulty is only A?"

"really!"

"With enough basic support, the difficulty of anti-gravity material research is not high..."

...

Deng Huanshan is very efficient.

In the afternoon, he summoned more than 30 people to the conference room, explaining that he would set up a temporary experimental group to study a special superconducting material.

He did not mention 'anti-gravity' because of possible secrecy issues.

When they learned that Wang Hao personally led the research team, the technicians who came to the conference were very much looking forward to it. Some of them were laboratory veterans who had studied superconducting materials with Wang Hao at first.

They had the same feelings as Deng Huanshan, and they couldn't help recalling the "quick breakthrough" they had made.

Others are also looking forward to it.

At the same time, some people are also very puzzled. In their understanding of superconducting material research, luck occupies a large part.

Although the field of superconductivity is supported by semi-topological theory, the theory only gives a direction. When it comes to material research, at most it is a 'three-element combination', but the superconducting materials they study are all very complex compounds, even It is a composite material formed by various compounds.

The so-called 'three-element combination' and 'two-element combination' are at best a direction.

In order to develop new superconducting materials, theoretical basis, experience, and luck are all indispensable, and luck may be more important than the former two.

This is true of most materials research.

With the support of theoretical basis and experience, luck is needed to achieve results. If luck is good, a new material will have superconducting properties.

If you are unlucky, no matter how hard you try, the materials produced will not have superconducting properties.

To put it simply, the research on superconducting materials has a clear direction, but there is no fixed method. In many cases, luck can play a big role.

Even if Academician Wang personally leads a team to do research, can he be sure to research new superconducting materials?

...

soon.

The new experimental group was determined, with a total of 27 people, who were divided into five groups. After that, Wang Hao appeared in the conference room and briefly explained the research content.

Then it's the next step.

Wang Hao asked each group to prepare a report and write down their ideas for the direction of the experiment. The first step in research is naturally brainstorming.

After that he waited for three days.

On the afternoon of the third day, Wang Hao came back to the Superconducting Materials Research Center, asked each group to hand in their reports, and then called everyone for a meeting.

He carefully read each report and made comments one by one.

The technicians who came to the conference were all surprised.

At the same time, many people also lamented Wang Hao's seriousness in his work, "I thought it would be great if the report was submitted, and Academician Wang could take a look at it. I didn't expect him to get it to the meeting to comment..."

"Academician Wang is amazing. Our group studied the report written for three days. He knew what we thought after reading it?"

"It's really incomprehensible!"

"Academician Wang analyzes each report, is he going to determine the direction of the experiment?"

"He adopted part of our ideas. If the research is fruitful, will we also make great contributions..."

When it was confirmed that Wang Hao determined the direction of the next experiment based on the reports of the various groups, many people suddenly regained their spirits and felt that the work of the past three days was not in vain.

at the same time.

While analyzing the report, Wang Hao also paid attention to the system prompts——

[Task three, inspiration value +3. 】

[Task three, inspiration value +2. 】

[Task three, inspiration value +2. 】

【Mission 3...】

【…】

"The increase in inspiration value is too fast, it is indeed an A-level task!"

"Probably because the research on antigravity materials has a sufficient foundation, and many of these reports are very meaningful."

Wang Hao thought about it, and looked at other people with relief.

After the first meeting, the experimental group prepared basic materials according to the determined direction, and the research officially took the first step.

In one week, the experimental group completed the preliminary research.

For the next research, Wang Hao continued to ask each group to think about the experimental plan, and held a discussion meeting for targeted analysis.

Then, proceed to the next step of research.

This research method made everyone in the experimental group feel full of participation. They all felt that the experiment was brainstorming together and advancing step by step quickly.

Some people still have doubts in their hearts, "Can this research method really work?"

In the research of superconducting materials, a group is a group and can communicate with other groups, but there is no such thing as brainstorming and learning from each other.

Because, there are many methods in the manufacturing process of materials.

When doing research in one direction, no one knows which method is correct.

Wang Hao didn't care about other people's questions at all. He just led the experimental group to do research step by step in his own way.

soon.

The inspiration value exceeds '100' points.

He held a discussion meeting again to summarize the previous experiments, determined methods, and preparation of basic materials.

Through a series of analyses, he, Deng Huanshan, Lu Jinyu and others determined three materials preparation processes.

Three kinds of material preparation processes also produce three kinds of materials.

The experimental group conducted superconducting tests on the new materials produced one by one, and two of them did not have superconducting properties.

In the last one, superconducting properties were detected at a temperature of '163K'.

When the superconducting properties of the material and the critical temperature of 163K were determined, everyone in the experimental group erupted, "Successful!"

"It really worked!"

"The third new material has superconducting properties, and its critical temperature is as high as 163K, so it may be very practical..."

"If I remember correctly, it's only been nine days now? Nine days, a brand new superconducting material has been researched..."

"It's amazing!"

Those who have doubts about Wang Hao leading the team to study superconducting materials have already cast their doubts to the sky.

Nine days!

Wang Hao led the team to develop a brand new superconducting material in just nine days.

This speed is incomprehensible!

Just because they couldn't understand it at all, they understood it accordingly, "We are really lucky to study superconducting materials."

"However, Academician Wang is different."

"The understanding of superconducting semi-topology is his achievement. His understanding of superconducting materials is beyond what we can imagine."

...

And this is just the beginning.

The mission established by Wang Hao is to 'research and manufacture anti-gravity materials containing first-order elements'. Obviously, there are far more than one kind of material that meets the requirements, but many, countless kinds.

After completing the research on the first material, perhaps with more foundation and direction support, the growth rate of inspiration value increased instead of decreasing.

Every time a research meeting is held, it can increase a lot of inspiration points.

Even in the experimental room, if you look at the experimental methods of material preparation, you will continue to get inspiration points, and soon the inspiration points will exceed 100 points again.

Then, another new material.

The people in the experimental group cheered excitedly again, "Another new material? The critical temperature is 138K? The first-order iron content is very high, and it can carry a larger current..."

"This material may also be valuable!"

"Our luck is also very good. We have developed two superconducting materials in more than half a month..."

"What good luck, it's because of Academician Wang!"

"..."

Research continues.

soon.

After another week, Wang Hao determined four material preparation schemes, two of which produced new superconducting materials.

The people in the experimental group were not so excited.

because……

They feel a little numb!

In the past, it would be a very good achievement to research a brand new superconducting material, and it was worth celebrating inside the research center.

In less than a month now, Wang Hao led a team to quickly research four new superconducting materials.

Those who had doubts about Wang Hao's research team finally understood why they were so excited when they heard that Wang Hao was leading the team, whether it was Deng Huanshan or the old people in other research centers.

If they hadn't followed the research step by step and participated in the whole process, they would never have believed that such a thing would happen.

Also the same...

Even though they participated in the whole process and felt full of participation in the research, they still did not understand why the progress was so fast.

In the end, they could only sigh in the same way, "It really is Academician Wang Hao!"

"He developed the superconducting semi-topological theory, and his understanding of superconducting materials is beyond our comprehension!"

"Academician Wang Hao himself is beyond the imagination of us mortals..."