From University Lecturer to Chief Academician

Wang Hao is also thinking about adding architectural design.

He contacted all technologies related to semi-topological theory, including superconducting theory, anti-gravity technology, strong annihilation force field technology, etc.

There are many theories and technologies in front of you, but just mathematical characters on pieces of papyrus paper make people feel a little numb.

Unfortunately, Wang Hao has never found any correlation, and the inspiration value of the task has not increased at all.

"too difficult."

"If you want to complete the second phase of an S-level mission, you still need to find a real breakthrough. It's not easy to just rely on your own research..."

Wang Hao lamented, "We still need to brainstorm ideas. It is impossible to find the direction by ourselves."

He simply started improving the theory.

As for the next stage of research direction, we still need to hold a meeting to listen to other people's plans and see the situation.

He also opened the mission system and checked it out.

【Task 4】

[Name: Technical Principles of Gravitational Field (Difficulty: S). 】

[Inspiration value: 40. 】

The previous technical principle of the gravitational field had an inspiration value of more than 100 points. Generally speaking, the research has been completed.

Now it’s time to do further research.

After discovering that the inspiration value could continue to grow, Wang Hao did not submit the task directly, but continued to explore the next part of the technical theory.

The breakthrough direction we are looking for now is very important. Being able to find the breakthrough direction means that theory and technology will be greatly improved.

In fact, this is true in every technological direction.

After completing a certain stage of research, there will definitely be the next stage of research. Reflecting the reality is technological innovation and product upgrading. Conventional technological innovation takes ten or twenty years for each generation. The development of gravitational field technology In terms of difficulty, it may take more than fifty years to innovate.

After they completed the first generation of technology, because the technology temporarily did not meet the application requirements, they had to continue research and development and continue to improve, and they also needed to find other breakthroughs.

Soon, three days passed.

This morning, the core members of the research group gathered in the conference room. On the left were the members of the experimental group and on the right were the members of the theoretical group.

The first one on the left is He Yi, the next one is Qian Hongyu, and the third one is Huang Mingkun.

The meeting had no direct requirements for this time, but everyone still consciously took their seats according to their positions.

The other side is relatively more casual.

There is no distinction between superiors and subordinates among the members of the theory team, and there is no difference in work content. Chen Mengmeng and Helen sit in the middle, and Ding Zhiqiang sits at the end, which is also in the corner of the room.

The first one is Huang Xing. He feels that he is sitting in the first place, not at all because of his ability, position or contribution, but because others do not want to sit in the first place. Being the first place means being the first to speak.

Before Wang Hao arrived, everyone acted very casually.

Huang Mingkun has been talking to He Yi and Qian Hongyu, full of respect and admiration, "Professor Qian, you should also know, right? Academician He's level is so high, I can't understand those theories at all, He Academicians all know..."

"I'm so impressed!"

"Academician Wang asked me to come up with the design plan, but it was very difficult for me. I asked the theory team for the basic theory, but I couldn't understand it at all."

"Academician He again, this is it!"

Huang Mingkun gave him a thumbs up, "He..." He was about to say that his plan was given to me by He Yi, but He Yi suddenly gave him a look, and he immediately understood and continued, "Academician He gave it to me It’s a big help!”

Qian Hongyu had confusion written all over his face.

He has been working at the Anti-Gravity Center for several years, and he thinks he knows He Yi quite well. He Yi's experimental level, leadership ability, and execution ability can all be considered outstanding.

But theory?

Can He Yi understand those complicated theories?

Qian Hongyu looked at He Yi with confusion. He Yi put his hands on his chest, raised his head high, ignored Qian Hongyu's eyes, and said to Huang Mingkun, "Professor Huang, you are too complimentary. I This level is nothing.”

"Academician He, you are so humble! As the saying goes, the more knowledgeable a person is, the more humble he is!"

Huang Mingkun's voice was full of sighs.

Qian Hongyu became even more confused after hearing this, but he did not continue to cause trouble. After all, He Yi was his superior.

At this moment, He Yi was indeed very proud. He enjoyed Huang Mingkun's compliment and felt that he was in a state of elation.

He has been doing research with Wang Hao, but he is responsible for the experimental content and does not participate at all in theoretical design and so on. Even if he participates, the plans he gives are rarely adopted.

When it comes to this kind of design meeting, He Yi knows that he has no 'status'. It can't be said that he has no status at all. It just doesn't matter whether he speaks or not.

Now that I have a professor who keeps complimenting me, I still feel very good.

Huang Mingkun continued, "I estimate that Academician He will be fine with this research, and his plan will definitely be adopted."

"That won't, won't happen!"

He Yi quickly waved his hand, "Even if you are well prepared, it may not be adopted. This kind of research is too complicated. Sometimes, it depends on a little inspiration and luck. Of course, the foundation is also very important."

"Academician He said it well!" Huang Mingkun nodded in approval.

In similar design meetings, everyone hopes to perform well. Not only the research contributions within the experimental group, but also the research group will clearly write down their contributions when reporting to the higher level.

Wang Hao is very fair in his treatment of research contributions. He will not covet the credit of others and will write the content in detail. At the same time, when applying for internal papers and publishing international papers, he will also focus on those who have contributed. Mark it, and some will even indicate it in detail.

These represent honors, qualifications and achievements, and are directly related to personal development.

He Yi also cares very much about research contributions.

Although he has won the Nobel Prize, been elected as an academician, and is recognized as a top physicist at a young age, he still has personal pursuits and hopes to receive a major award in the auditorium one day.

In addition, every research contribution and achievement can also increase the weight and prestige in the scientific community.

Others naturally care more.

If you can make multiple contributions in research, especially major research such as gravitational field technology, it will be easy to judge awards and academicians in the future.

Wang Hao walked in.

He sat directly in the center, sorted out the documents and reports in his hands, and then said, "Everyone knows the content, right? Let's get started."

He looked around, hesitated, and said, "Let's start with Academician He first."

Wang Hao mainly considers that the theory group is too outstanding.

People like Helen, Chen Mengmeng and others, in particular, came up with very complicated theories every time, and what they said was like a bible to others, making others feel embarrassed to speak.

Start with the experimental group first and the meeting will go very smoothly.

He Yi stood up first. He knew that he was just going through the motions, so he didn't have any psychological pressure. He said directly, "My design comes from anti-gravity technology. Many of the anti-gravity theories are related to semi-topological structures."

"There is a control on the direction of the concave opening. I think it can also be used in gravitational field technology..."

"Wow wow wow~~"

He Yi said a lot in succession.

Those who don't understand anti-gravity technology will naturally not understand it, but people in the theory group understand it very well, but it depends on the individual how to evaluate it.

Wang Hao nodded seriously after listening and commented, "Academician He is very well prepared, not bad."

Before He Yi could be happy, he saw Wang Hao waving his hand, "Next, Professor Qian."

"..."

He Yi could only sit down with embarrassment.

The solution mentioned by Qian Hongyu is to add a control device in the middle of the same direction current, which can control the power of the same direction current, that is, to make the power of the same direction current on both sides different.

He also talked about the source of the idea, but the theoretical logic was not clear, making people feel that the design was completely made up.

Wang Hao didn't quite understand it, but he didn't care. It was normal for most of the plans to fail to provide inspiration value.

"Professor Huang, tell me."

After Qian Hongyu sat down, Wang Hao named Huang Mingkun. In fact, it was just symbolic. He felt that no one else in the experimental group could provide any good ideas.

Huang Mingkun attended a similar meeting for the first time. His design was given to him by He Yi, and he immediately felt very nervous.

He glanced at He Yi.

He Yi nodded to him encouragingly.

Huang Mingkun gained some confidence and said bravely, "My design also comes from anti-gravity technology..."

Wang Hao was confused when he said this sentence.

Huang Mingkun said he was a professor, but in fact, he was an engineer and the head of the engineering team assigned by the military.

Can a leader of an engineering team understand anti-gravity technology?

Huang Mingkun continued, "Part of the structure in anti-gravity technology is for stability control, which is a structure similar to a toroidal coil."

At this point, he asked, "Everyone knows, right?"

The people in the theory group across from me nodded together.

Huang Mingkun suddenly felt confident.

He was sure that He Yi had no problem with what he said, and was extremely grateful to He Yi. "I think stability control may have something to do with the direction control of the gravitational field..."

Wang Hao's eyes immediately lit up when he said this. He immediately received the correct feedback and determined that the added structure was related to the coil device.

What Huang Mingkun said later was somewhat inconsistent, because it was all what He Yi said to him. He personally had no understanding of the theory at all, and the conclusions he made were even inconsistent.

He also noticed the puzzled look on the other side, and prepared to sit down with a little embarrassment.

At this time, Wang Hao suddenly stood up and said with admiration, "Professor Huang, this design idea of ​​yours is really good, and it directly hits the key points!"

He walked directly towards Huang Mingkun and said, "You have a good understanding. Anti-gravity technology and gravitational field technology do have something in common. They are both realized through semi-topological structures."

"In fact, we can also understand it this way - the stability control of the anti-gravity field is actually the stabilization of the thin layer of the semi-topological structure to ensure that the force field is 'squeezed' in one direction."

"The gravitational field is directly related to the ionic bond of the semi-topological structure. The ionic bond can also be understood as a thin layer of the semi-topological structure..."

Huang Mingkun sounded a little confused.

Although he couldn't understand what Wang Hao specifically said, he knew that Wang Hao was confirming his own ideas. No, he was confirming the ideas given to him by Academician He.

He didn't know how to react for a moment, so he could only nod blankly, "Yes, yes..."

Wang Hao patted Huang Mingkun on the shoulder and said, "This is a great idea. I will definitely write it down. When I apply for research, it will be a major contribution."

"well……"

Huang Mingkun looked at He Yi with a guilty conscience.

He Yi was completely stunned. He kept his mouth half open for a long time. He even pulled Wang Hao with his hand and said, "This, this...Academician Wang..."

"What's wrong?"

Wang Hao was puzzled.

He Yi was about to say that it was his own idea, but after taking a look at Huang Mingkun, he couldn't speak. He could only say with a bitter face, "I mean, Professor Huang's idea is great, he is really excellent. I have always felt that Academician Huang’s project work is too wasteful, and he should come to our group to do research together..."

"yes!"

Wang Hao also nodded affirmatively.

Huang Mingkun was so moved that he wanted to cry. He felt that He Yi was really a good person. He gave him the right plan and praised his abilities.

He couldn't help but give a thumbs up to He Yi, "Academician He, what a good man!"

"..."

He Yi showed a smile that was about to cry.

Qian Hongyu sat between the two of them, looking left and right, rubbing his forehead in confusion.

…

The plan mentioned by Huang Mingkun directly increased the inspiration value by 13 points. The research on S-level difficulty is definitely a huge gain.

The next few people did not provide inspiration value.

This student is still very good. The designs made by Helen and Chen Mengmeng were passed directly, but their analysis from a theoretical perspective also brought about the accumulation of two points of inspiration.

Don't underestimate the two points of inspiration value. S-level tasks are not that easy. The accumulation of basic theory is very important.

With sufficient theoretical foundation, subsequent research will be smoother and the underlying logic targeted by the technology will be clearer.

Huang Mingkun's solution contributes to technology, and after a breakthrough in technology, one must study theory, and then continue to improve technology with the support of theory.

Both are important.

Now there is a clear direction for improvement. The newly added structure is the structure related to the coil. After Wang Hao made a summary, he asked everyone to continue thinking along this direction.

The theory team found a lot of content related to controlling ionic bonds, and thought from the direction of designing coils. They believed that the structure of a 'symmetrical coil' would create a magnetic field, and might also create a new kind of wave.

This idea still needs to be verified by the radiation measurement team, but Wang Hao has already received the correct feedback.

The design direction is very clear.

The research team held three more meetings to improve the design of the new structure, and then finalized the first manufacturing plan.

The next step is to wait for manufacturing and experimentation.