From small town academic to chief scientist

Accompanied by Liu Bing, Zhou Yi visited various 6G laboratories of Chongqing High School. The hardware of each laboratory was almost completed.

And it has been used first in Chongqing High Court.

In addition to drones and unmanned vehicles, the first applications were the online games that Zhouyi had previously developed.

It has to be said that after the advent of holographic technology and the screen recording and promotion of internal beta players on various platforms,

It simply caused huge waves in the gaming field.

Countless people are looking forward to the application of technology,

Large-scale virtual online games, coupled with the appropriate game themes, are basically popular in countless online games.

In the game "Lords of All", you can not only choose to be a lord, but also choose personal development, or join the NPC's destiny.

All the details and character modeling are very lifelike. The only regret is that the helmets released are very expensive.

It is beyond the reach of ordinary people.

Zhou Yi heard Chen Danqi talking about this issue in the laboratory.

Zhouyi said:

“Actually, this game is mainly to test our 6G technology.

It doesn’t matter whether it can be popularized by the public. It will be slowly popularized later when the cost is reduced. "

Chen Danqi said doubtfully:

"Then we are not profitable? If we hadn't built multiple quantum servers, we wouldn't be able to support such a brilliant and majestic game."

"And our quantum servers still need to increase, and the size of the servers needs to be reduced. These are the directions we need to improve."

Chen Danqi asked a lot of questions in one breath. Zhou Yi thought for a while and said:

“The helmets are sold at cost price. As for making money from the game, just accept ads directly in the game.

For such a large game, there are many people paying attention to it, so it is important that there is enough traffic to support our maintenance fees.

In addition, you can discuss the technical problems you mentioned with professors from the Institute of Mathematics and the Institute of Physics.

See if you can improve the theory on the original basis, thereby reducing costs and expanding the audience of the game. "

The Institute of Mathematics of Chongqing Higher Education Academy is also divided into five directions.

There are five directions: basic mathematics, applied mathematics, computational mathematics, probability theory and mathematical statistics, and operations research.

In addition to the masters of basic mathematics, the other four directions will involve many application directions.

These professors cooperate closely with various research institutes of Chongqing High School.

After finishing speaking, Zhou Yi came to where General Zhang was.

Zhou Yi saw General Zhang and said directly:

"General Zhang, I didn't expect that it would be difficult to guard against a burglar at night. I originally wanted to study the NS equation.

Unexpectedly, I was immediately intercepted by Academician Ma and the others. "

General Zhang laughed and said:

"Hahaha, don't you want to be intercepted by others? How about Professor Zhou, how is the progress?

I heard that the situation is very good and many theoretical problems have been solved by you. "

Zhouyi said:

"Fortunately, the problems in mathematics and physics have been solved. The rest depends on our industrial level.

However, with our current industrial level, it can be manufactured. For example, various 6G facilities can be directly applied to fifth-generation fighter jets.

Just upgrade the original fighter. "

General Zhang said:

"Professor Zhou is indeed Professor Zhou. Now we have four aircraft carriers, coupled with improved fifth-generation fighter jets.

You can even go head-to-head with the ugly country guy. "

Zhou Yi rolled his eyes and said:

"I don't believe they didn't tell you that you have to wait until the radome is developed.

It's just a theoretical thing now, and it's not certain whether it can be translated into practice.

How is your star-ground integrated network doing? "

This 6G direction is in charge of people from the military and Shuimu University, so Zhou Yi is very concerned about it.

Even if he has his own apprentices helping with mathematical theory, only the sea, sky, and road are done well.

Only when 6G is promoted steadily can fighter jets, drones, and current games be promoted.

General Zhang said:

"It's very good. The satellites have been launched. Professor Zhou and your two apprentices are a bit more elegant than you."

Zhou Yi smiled and said:

"After all, I personally trained them. How can it be different? They may be the winners of the Turing Award in the future."

"Haha, it's very possible. Professor Chen Danqi also has hope."

General Zhang gave high praise for their level.

After chatting for a while, Zhou Yi discovered that 6G technology is indeed very mature.

"Professor Zhou, I secretly tell you that our drone swarm combat technology is also very mature.

No matter where we are, we can control it precisely, which is a great weapon. "

General Zhang looked around and found that no one secretly whispered in Zhou Yi's ear.

Zhou Yi laughed and said:

"That's good. Since there's nothing wrong, I'll go to Chu Li's place to see how the educational helmet is doing.

The new semester is about to start, and the first batch of helmets should be distributed to various backward areas. "

"Professor Zhou cares about his family and country and is a role model for our generation."

Zhou Yi smiled and said:

"The greater the ability, the greater the responsibility. Compared with many unknown people who are working on the front line for the country's scientific research, I am lucky."

After Zhou Yi finished speaking, he came to Zheng Keyu and Chu Li's side. Zhou Yi found that Shen Yiyu was also there.

General Zhang insisted on following him because he was also concerned about the education issues of his motherland.

A country would rather have a surplus of talent than a shortage of talent.

This is the idea of ​​the superior.

After some simple inquiries,

Zheng Keyu said:

“We are indeed responsible for educational helmets at present, and one hundred thousand sets of helmets have been put out.

The problem of educational imbalance should be greatly alleviated, and our AI teachers can also be displayed directly on the big screen. "

Zhouyi said:

“In fact, the backward areas now are not only backward in equipment, but also lacking in teachers, advanced educational concepts, and correct guidance values.

Educational resources in urban and rural areas are never instruments and educational equipment. These can only account for a very small part of the reasons.

Most of the reasons are teachers and advanced educational concepts. "

Shen Yiyu sighed:

"That's true, Teacher Zhou Qiangu."

Zhou Yi smiled and said:

"A trivial contribution cannot be said to last forever."

After reading all the way, Zhou Yi rested for two days and then started new work.

In the office, Academician Wu led a group of people to talk to Zhou Yi.

Academician Wu first said:

"Professor Zhou, you may not know that U.S. countries, island countries and Russia have publicly announced information requests for sixth-generation aircraft.

The three major aviation giants Lockheed Martin, Boeing and Northrop Grumman have all launched concept plans for the Air Force’s sixth-generation aircraft.

Boeing also launched a concept plan for the Navy’s sixth-generation aircraft. Among them is full spectrum omnidirectional stealth.

The most critical technology here is the manufacturing of radomes. "

Zhouyi said:

“I’ve learned a lot recently. The forward full-spectrum stealth of sixth-generation aircraft relies on radome technology.

Use a radome to reduce the RCS of the radar cabin, and take measures to reduce the infrared signature of the radome itself.

The strategic needs of air and space integration and global rapid strike determine that sixth-generation aircraft can fly higher and faster than fifth-generation aircraft. "

General Zhao on the side said:

"Professor Zhou, you are such a fucking genius."

Zhou Yi rolled his eyes at him, and General Zhang on the side added:

“Future wars will not only compete for air supremacy, but also for information supremacy.

As the source and spread of information develop from the ground and the sky to near space and space,

The battlefield for information control will extend to adjacent space and outer space, and the struggle for control of space will be inevitable.

The integration of air and space has become an inevitable trend in future wars. "

Academician Wu also said:

“So sixth-generation aircraft must be hypersonic fighters that fly in near space.

Its flight altitude is 30km to 100km, and its flight speed will exceed 6Mach (1Mach=340.3m/s).

The biggest impact of the high-altitude and high-speed characteristics of the sixth-generation aircraft on the radome is the increase in the ambient temperature of the radome. "

Zhou Yi listened and recorded at the same time. Temperature was indeed a big problem.

Zhouyi said:

"Is the engine problem solved?"

Academician Wu said:

“It’s almost solved, but new mathematical theory is needed to simulate the engine.

After all, we have been doing this for seven or eight years. "

Zhouyi said:

"Okay, let's ignore the engine for now. Let's make the radome first. You continue talking so I can record the key points."

Academician Wu said:

"The radome needs some electromagnetic shielding."

Zhou Yi looked at Academician Wu in confusion, and General Zhang on the side explained:

“Technological breakthroughs in directed energy weapons such as laser weapons and high-power microwave weapons have laid the foundation for the application of directed energy weapons on sixth-generation aircraft.

Laser weapons convert light energy into thermal energy, which can directly destroy the target or disable the target's optoelectronic equipment.

High-power microwave weapons mainly use the electrical and thermal effects of microwaves to interfere with or destroy electronic devices or systems in various weapons and equipment or military facilities.

In particular, it causes serious interference and damage to the computer systems therein.

The directed energy weapons of sixth-generation aircraft are generally installed at the nose of the aircraft according to our design drawings.

This will lead to changes in the configuration of the nose radome.

Therefore, from the perspective of defense against high-power microwave weapons, the radome of sixth-generation aircraft is required to have a certain electromagnetic shielding function. "

Academician Wu and the two generals told Zhou Yi a lot,

At first, Zhou Yi could still record with a pen, but later he started recording directly with a voice assistant.

There are too many, and Zhouyi is only working on a few aspects of the sixth-generation machine.

For example, some special screws and parts for sixth-generation machines are big projects.

The information involved can be loaded into hundreds of U disks with large memory.

You can imagine how terrifying it is.

If someone said that they could produce the drawings of the sixth-generation machine, they would probably only be laughed at by insiders.

If the things involved here can be solved with just one or two drawings,

I'm afraid the 66th generation fighter jets have been born.

Finally, Academician Wu said:

“At the end of the day, the development trends of radomes are mainly divided into four types.

Full-band omnidirectional stealth radome technology, conformal radome technology, high-temperature resistant radome technology and very wide-band radome technology. "

At the end of the discussion, Zhou Yi also had a rough idea of ​​the mathematical theories and algorithms required for this technology.

Zhouyi said:

"After listening to the reports from the professors and generals, I have some ideas, but I don't know if they can meet the requirements. I still need to think carefully about it.

However, regarding high-temperature resistant radome technology, you can cooperate with Academician Zhang Tiande from the Institute of Chemistry. "

Everyone looked at Zhou Yi in confusion, and Zhou Yi said:

“When we first made asphalt roads, wasn’t there a new compound?

The structure of that compound may be tried to be incorporated into radome technology. "

Zhou Yi is quite knowledgeable about materials science. When he was studying new types of asphalt,

It is the combination of mathematics and materials science.

"Okay Professor Zhou."

everyone said.

Zhou Yi also said:

"I will also study this area. After all, I am familiar with this area and it is also very important."

"good."

Zhou Yi added:

"You can study with Academician Zhang and tell me some results. We can study along different paths and then discuss with each other."

Academician Wu thought for a while and found that it was indeed feasible to do so. At least two ideas were feasible. Which one should come first?

It depends on the experimental results and level.

Academician Wu said:

"Okay, let's do as we are told, but the Chongqing High Court is really a crouching tiger, hidden dragon. I thought the Institute of Chemistry was the weakest research institute, but I didn't expect that there is also a great god hidden there."

Zhou Yi smiled. Academician Zhang was indeed underestimated.

"Then you go and talk. That's it for today."

"Um."

In the next half month, Zhou Yi, Academician Wu, Academician Zhang and others were studying new high-temperature resistant radome materials.

Zhou Yi's current research focuses on quartz ceramics, nitride ceramics and phosphate materials.

Quartz ceramics have high porosity and poor mechanical properties, and are suitable for radomes with flight speeds of 3 Mach to 5 Mach.

Quartz fiber fabric reinforced silica-based composite materials can improve the properties of quartz ceramics,

Can be used for radomes with flight speeds above 6 Mach.

However, Zhou Yi feels that it is necessary to focus on the three-dimensional weaving of quartz fiber fabrics, the preparation process of quartz fiber fabric-reinforced silica-based composite materials, and high-temperature-resistant sealing coatings.

Compared with the original asphalt road compound, Zhouyi always feels that the taste is a little worse.

But Zhou Yi couldn't tell what the difference was.

We can only wait for the results from Academician Wu and others.

For half a month, Zhou Yi speculated that Academician Wu and Academician Zhang still had no accurate results.

Zhou Yi took advantage of this time gap to take a look at the NS equation.

NS equations are not unimportant for the description of manifolds.

Whether it is on sixth-generation fighters or controllable nuclear fusion, Zhou Yi feels that they will be used more or less.

Maybe it's not very big, but if you use a perfect mathematical structure to describe them, the results will be more perfect.

What's more, next year is the International Congress of Mathematicians, and it will be held at Chongqing High Court.

Zhou Yi felt that if he didn't come up with some shocking results, he wouldn't be able to beat the crowd.

It will be time to establish the super mathematics holy land of Chongqing High School.

There is no reason to pass up this opportunity.

Moreover, Qiu Chengtong fought for this opportunity for Zhou Yi. If he didn't put it into good use, he would be very sorry for this hard-won opportunity.

There are actually many studies on NS equations in the mathematical community, and they have achieved great results.

It’s just that there’s still so much taste left before it’s completely solved.

Even at Zhou Yi's current level, it is unrealistic to solve the NS equation in a short time.

It will take at least a year and a half to be possible.

Just when Zhou Yi was busy taking a break, Academician Wu and Academician Zhang seemed to have some ideas.

Several key figures have been brought to Zhou Yi's office.