From University Lecturer to Chief Academician

"No principles!"

"There is no bottom line!"

"No ambition at all!"

"Others are too fast, Chunchun is a villain!"

"There's really no limit!"

"Coward!"

After leaving Wang Hao's office and on the way to the base dormitory, Luo Dayong and Qi Xiao attacked Zhang Zhiqiang together.

Zhang Zhiqiang felt very angry, "That's enough for you!"

"That Colonel Wang looks like he's not to be trifled with, okay? I say I know how to 'judge the situation' and have to be flexible in doing things. You guys know nothing!"

"You are talking so much now, why didn't you fight for it then? If you have the ability, go talk to that Colonel Wang. Without saying a word, you will say that I..."

"See, I'm easy to bully, aren't I?"

Luo Dayong spread his hands carelessly, "We didn't say we wanted to be the team leader. It doesn't matter whether we follow Colonel Wang or you."

Qi Xiao nodded vigorously.

"Uh~~"

Zhang Zhiqiang was suddenly speechless.

Depressed, he went to the dormitory to pack his things, and then went to the two-story building on the west side of the base with Luo Dayong and Qi Xiao.

That's where the computing team works.

The computer team is divided into four groups: A, B, C, and D. Group C has a relatively larger number of people. There are twenty-three people on the list, but the expanded manpower has not yet arrived. There are currently only seven people, including Zhang Zhiqiang.

Wang Zhongmin is not in the office.

Zhang Zhiqiang took the opportunity to get close to the others, and after the introduction, he also inquired about them, and he felt much more comfortable.

He found that he really couldn't be the team leader.

Group A is the framework group, and the direct person in charge is Wang Hao; Group B is responsible for the design of complex computing programs, and the group leader is Paul Phil Jones.

Group C is a large group that improves procedures. It does the work of programmers and has relatively many people. The person in charge, Professor Wang Zhongmin, has been engaged in the research and development of electronic control systems for intercontinental missiles. There are many electronic systems for light pressure engines and rocket control systems. Similarities.

Group D is responsible for control and improvement.

For example, control of high-temperature sensors, control of neutron release channels, etc.

Each group has its own division of labor and must be proficient in one field. The research on light pressure engines involves nuclear reactors, high-energy physics, annihilation physics, optics, etc.

Zhang Zhiqiang is just a "computer expert", and a pure computer expert. He focuses on electronic information and software research, so naturally he can only be a "screw" programmer.

"So it's normal not to be the team leader!"

After asking about the situation, Zhang Zhiqiang felt much better and told Luo Dayong and Qi Xiao what he knew.

At this time, Wang Zhongmin came.

After Wang Zhongmin arrived, he immediately found Luo Dayong and said, "Professor Luo, I heard from Academician Wang that you are an expert in the field of complexity problems and have been working on NP problems, right?"

Luo Dayong nodded doubtfully.

"It would be great."

Wang Zhongmin smiled and said, "The electronic system of the engine is very complex, and there are many logical sorting issues within the framework. We have been troubled by this. If we cannot sort it out well, some programs and calculations will conflict and cause bugs."

"Professor Luo, you will serve as the deputy team leader. Several scholars from the same direction will come in the future. When the time comes, you will specifically solve this piece of content."

"All right."

Luo Dayong nodded calmly.

After Wang Zhongmin left, Zhang Zhiqiang suddenly became very depressed, "You actually became the deputy team leader? I am still a team member..."

"Didn't you hear? Colonel Wang said let me solve the complexity problem."

"but……"

"but what?"

"Hey~~"

Zhang Zhiqiang has nothing to say.

He found that those who did not understand mathematics really had no human rights. In the end, his high-end computer skills and rich team leadership experience were not as good as Luo Dayong.

Qi Xiao was very calm.

He didn't care at all whether he could be the team leader. He was already excited to be able to participate in such a big project.

Light pressure engine!

This kind of research that only exists in theory, how many people can only imagine that the opportunity to participate is very precious to him.

Qi Xiao knew very well that he was able to participate not because of his ability. A computer professor like him could be said to be able to catch a lot of people.

He only had the opportunity because he was in the Mason Mathematics Laboratory, had a clean background, and knew Wang Hao.

This opportunity must be seized.

He really couldn't wait to start working!

…

Within a week, all the staff for the expanded recruitment arrived.

Research on the electronic system is accelerating and is expected to be completed within two months.

Other research was also being carried out, and materials were a very critical issue. Finally, a design team was established, and half of the people recruited were material experts.

After having the main frame, the design is not a problem.

It is not easy to find materials that meet the standards according to the design. The work of the materials team is very complicated. They need to contact various organizations to find materials that meet the standards or other solutions.

The design project is supported by the science and technology department, and there are many cooperative institutions.

Large domestic institutions are providing support, and the material research and development departments of some companies are also cooperating. However, among the cooperative institutions, only a few are aware of the project, and the others only know that important projects require certain materials, specifically: It’s unclear what project it is.

Once you reach the first level, you are not even allowed to ask, and you will be warned that it is 'absolutely confidential'.

Wang Hao controls the research progress and behaves very calmly, because he knows the difficulty of the research - A+, A+ level, which means that based on the existing foundation, there are no obstacles that cannot be overcome, but the related work is very difficult. Complex and cumbersome.

soon.

Two months have passed.

The frame design of the light pressure engine was completed first, and then the materials required for each part were found one by one. Those that met the performance standards were found one by one, and alternatives were devised for those that did not meet the standards.

Finally, there is the development of electronic systems.

The research and development work of electronic systems mainly focuses on subsequent BUG detection.

Even with Wang Hao controlling the overall situation, after the program was completely designed, there were still many bugs, and the computer team continued to debug and correct bugs.

"This work will continue."

"Maybe in a year, maybe in more than ten years, our goal is to come up with an electronic system without big bugs after the light pressure engine is manufactured."

Any software will have bugs and loopholes.

It is normal for electronic systems to have some minor problems. As long as there are no major problems that can affect the operation of the equipment, it is considered perfect.

Wang Hao also confirmed that the design work was completed. The inspiration value of the system task exceeded 100 points, indicating that theoretically the design was no problem.

He immediately consumed 100 inspiration points to obtain complete design content information and related all parts together.

Then, he raised a few questions, "The inner layer sensor solution can be modified by placing the sensor in the mezzanine and connecting the lines from the outer layer."

"With electronic systems, we can design flow calculation solutions, perform calculations based on real-time feedback data, and then summarize them for automatic analysis..."

"Also, the balance system also needs to be corrected. You can..."

At a large meeting, Wang Hao asked more than a dozen questions in a row, which shocked everyone. If you think about it carefully, it really makes sense.

They couldn't help but discuss in surprise, "Academician Wang Hao really knows every part very well."

"Whether it's electronic systems, materials, or detailed design solutions."

"He even cares about the wiring..."

"I never thought that would be a problem, but what Academician Wang Hao said is so reasonable. That kind of design can avoid risks..."

"Wang Hao is like this!"

Zhang Zhiqiang said to those around him, "My colleagues and I have done a lot of research. Why are every research so successful? It's because of this ability to control!"

"As long as you modify it according to what he said, the design will definitely be more perfect. Even if it reaches the stage of manufacturing experiments, there won't be any big problems."

He said proudly, "Wang Hao and I have known each other for a long time, and we are best friends. In the past, when Wang Hao was not famous, we were already friends."

"I remember when he left Donggang and came to Xihai University, we were the first to meet each other, and we even did a function research together. I knew at that time that Wang Hao was the kind of super genius!"

"A true super genius!"

"I'm ashamed of myself!"

"But, in our laboratory, Wang Hao is number one, and I am number two. Go and ask, who else can compare with me in the Mason Mathematical Laboratory?"

Luo Dayong sat next to him and said his name very calmly, "Paul Phil Jones? A Nobel Prize winner, not as good as you?"

A group of people looked at Zhang Zhiqiang.

Zhang Zhiqiang immediately said, "Paul is a foreigner, I am talking about Chinese, to be precise, Han Chinese!"

"Racist!"

Luo Dayong commented and added his name, "Chen Mengmeng, aren't you a foreigner? And he's even younger than you."

Zhang Zhiqiang immediately gritted his teeth and said for a long time, "That's a woman!"

"So you're not as good as a woman?"

"...Am I him?"

Zhang Zhiqiang almost vomited blood after holding it in, so he said, "You can't compare to me anyway!"

"I'm the deputy leader."

"I……"

Zhang Zhiqiang gritted his teeth and looked at Luo Dayong. After a long time, he simply leaned over and whispered, "Da Luo, can you please stop making trouble? Then, when you get back, I'll treat you to a big dinner... and drink Maotai!"

Luo Dayong nodded slightly, shook his phone, and said to his mouth, "There is a - recording..."

"What the hell~~~"

“Don’t be angry, don’t be angry, don’t be angry!!”

"There's no need to get angry with a dog like this!"

Zhang Zhiqiang took a deep breath and quickly performed self-hypnosis. Then the smile returned to his face and he continued to brag with others.

…

The design of the light pressure engine has been completed.

However, the plan has not been finalized. The main problem is the design of the concave reflector. There is no problem with the engine itself. The problem is that other functions need to be considered.

For example, reserved laser weapon ports.

After the large meeting, Wang Hao went to the design team and several military technicians to talk about the laser weapon port and radar issues.

"We need to reserve a large number of laser weapon ports on the concave reflector."

"This is very necessary."

"Theoretically, the concave reflector we designed can reserve more than a hundred laser weapon emission ports and increase the neutron channel to instantly make up for the energy loss."

"At the same time, each laser weapon can cover a range of more than 10,000 kilometers."

"This will involve energy issues and electronic control system issues. Of course, the laser experiment of the annihilation particle equipment has not been carried out..."

Inside the concave reflector is a high-heat, high-pressure pure light source. Opening a small port and concentrating the beam release will form a laser weapon that releases an ultra-long distance.

The release of this laser weapon will definitely take away the internal energy.

It turns out that the internal energy balance of the concave reflector will definitely affect the energy balance problem if the energy is taken away, and more neutrons need to be released simultaneously to supplement it.

For example, releasing a laser weapon requires 100 million neutrons.

If one hundred laser weapons are released together, 10 billion photons need to be replenished instantly. Of course, the data is inaccurate, and 100 million neutrons are far from enough.

"When light pressure engines or future aerospace carriers fly in the air, their large size is a big problem, and defense methods must be available."

"Laser weapons can become one of the important means of defense."

"This kind of laser weapon has a coverage range of more than 10,000 kilometers. The laser beam can destroy or deviate the target trajectory with high temperature and a certain light pressure, thus forming a certain defense capability."

"Of course, radar with higher accuracy is also needed."

Wang Hao said a lot in succession.

Everyone listened with surprise. They also talked about "laser weapons", but they did not expect the laser weapons Wang Hao mentioned at all...

So high-end?

Coverage of more than 10,000 kilometers and more than 100 reserved ports?

"Why do I feel like it's a super offensive weapon? The coverage range is more than 10,000 kilometers. The space carrier is still in space. Coupled with the advanced radar system, wouldn't it be able to pose a direct threat to all satellites?"

"Not just satellites, but also all ground targets, 10,000 kilometers away..."

"If it is an incoming intercontinental missile, it can be destroyed directly the moment it is detected, that is, when the missile is ascending..."

"I had a doubt just now..."

"Are you sure this is a defensive weapon?"

Defensive weapons for sure.

If a laser weapon port is discovered during the experimental stage, which can emit strong lasers that directly threaten ultra-long-distance targets, it will definitely be said to be a defensive weapon.

Defensive weapons can sometimes be converted into offensive weapons.

Of course.

After everyone digested it, Wang Hao continued, "So there are two more tasks next. One is to conduct the laser release experiment in the annihilation particle experiment, and the other is to solve the radar problem."

"The performance of our current radar is still too poor. The light pressure engine must have a super powerful radar that can detect all targets in space and on the ground."

"The speed must be fast, the detection accuracy must be high, and the size of the radar must not be too large."

"In the next period of time, I am going to solve these two problems."

"The design of the engine has been completed, and the next step is to continue to improve it, whether it is the electronic system, the main design, or the materials."

"..."