From Almighty Scholar to Chief Scientist

Page 197

Lin Xiao nodded, and then didn't know what to say.

After all, this is the first time we met, and this Shi Hao is probably not very talkative, so it would be boring to continue talking.

Suddenly, he remembered that he was going to the research institute, but he almost forgot about it because of this matter.

Then he said: "I'm going to the Dingguang Research Institute now, or...you can go and clean up your house first?"

"No need, I will go wherever Professor Lin is going."

"That's fine."

Lin Xiao nodded and said nothing more.

Afterwards, he went downstairs with Shi Hao, and then he was going to take a taxi, which he usually takes.

But Shi Hao stopped him from taking a taxi, and instead said: "Professor Lin, I am your driver, you don't need to take a taxi."

"I know, but I don't have a car." Lin Xiao spread his hands. To be honest, he didn't even learn his driver's license yet.

But at this moment, Shi Hao pointed to an Audi parked by the side of the road, and said, "That was arranged for you by the leader above, and now it belongs to your distribution car."

Lin Xiao was stunned again.

Is there even a private car arranged now?

"You come with me."

As Shi Hao said, he took out the car keys from his pocket and walked over.

Lin Xiao came back to his senses, followed, and looked at the Audi.

The car model is Audi A8L. As for the license plate, it is interesting. Beijing A8 has a big head, and XR01 is on the back.

The Audi of Beijing A8 is also a well-known car in Beijing, and the XR01 behind it, does it mean the X-Ray01?

Lin Xiao guessed that he probably understood the license plate, and sighed in his heart, the arrangement above was thoughtful enough.

That is to say, it is a bit high-profile.

Shaking his head, he got into the car.

Shi Hao drove very steadily, whether it was turning to accelerate or decelerate, it was very smooth, without any frustration, so coupled with the good performance of this car, Lin Xiao hardly felt anything, so he Came directly to the institute.

Of course, he didn't have time to study these things carefully. After arriving at the research institute, he went directly to the materials laboratory, where they studied RDX pure silicon crystals.

At this time, the room was full of people.

And in the middle of them, surrounded by an instrument.

In the instrument, there is mainly a mechanical arm clamping a gray-black surface polished like a mirror, and then the mechanical arm is constantly rotating, controlling the rotation of the gray-black thing.

This is Xiaojing, RDX pure silicon crystal.

The people present here basically came to visit this miraculous material.

Of course, they cannot see what happens in the instrument. Because of the danger of X-rays, this thing is blocked with lead plates, but what they actually see is the spectrum measured on the computer.

"It's amazing!"

Seeing the spectral image on the computer zooming in and out automatically, the people present couldn't help but feel emotional.

If the B2 bomber looks more sci-fi in appearance, the technology in it is not sci-fi, and this RDX pure silicon crystal is indeed a sci-fi product for them, and only sci-fi technology can make it.

It's almost like an artificial degenerate material.

Looking at the crowd inside, Lin Xiao felt helpless and funny, as for?

Now he can't get in either.

"Professor Lin is here!"

Suddenly, I don't know who yelled, and everyone turned their heads to look, and when they saw Lin Xiao standing at the door, they all showed excited expressions.

"Hi Professor Lin!"

"Good morning, director!"

"Master Lin!"

People shouted one after another, and at the same time made room for Lin Xiao so that he could walk in.

Lin Xiao also smiled at them, nodded in greeting, and walked to the instrument.

Standing beside the instrument is Zhao Sheng.

Zhao Sheng looked at Lin Xiao and said with a smile, "Fortunately, it's not a disgrace."

"Thanks for your hard work."

Lin Xiao stretched out his hand, patted him on the shoulder, and encouraged him.

No matter what, Zhao Sheng followed the plan he gave and worked overtime to produce this material during the holiday period. His words of "hard work" are indeed what he should say.

Zhao Sheng shook his head and said, "You are the hardest one. Your paper on the theory of electron topological bonding is really amazing. My hard work is nothing."

After reading the theory of electron topological bonding, he realized how much Lin Xiao had paid.

It's really unbelievable that Lin Xiao pulled out such a top-level theory abruptly.

With this theory, for him, an expert in computational materials science, he knows how much it means for computational materials science.

As long as a material is designed in computational materials science, a method to synthesize it can be found according to the theory of electronic topological bonding.

Of course, this does not mean that new materials can be easily synthesized with the theory of electronic topological bonding, otherwise Lin Xiao would not be able to publish it.

This theory is still too abstract and too microscopic. If you can't understand it well and have strong experimental design capabilities, you can't easily synthesize a new substance.

And Lin Xiao also knew that it would be better to announce it.

Because the current theory of electronic topological bonding is just a platform he built. In the future, through the research of all chemists and material scientists around the world, the theory of electronic topological bonding will definitely be more perfect, and then develop new materials for them in the future. Offer more help.

Lin Xiao smiled and said, "I don't have anything to do. I just sit at the desk and write some math formulas. I sit at the desk in the morning and go to bed when I get tired at night. It's not like you have to go to the research institute every day. "

Zhao Sheng: "...you should take over your supernatural powers."

God damn write some mathematical formulas indiscriminately.

When you are the creator, just write a mathematical formula and it becomes a great theory.

Look at how excited those people in academia are now.

Condensed matter physicists, chemists, materials scientists, etc., even mathematicians came to join in the fun--the euphemistic name is that Lin's theorem is useful in the theory of electron topological bonding, and they can manage mathematics.

Of course, it was these mathematicians who joined in the fun and reminded the world of academic circles of one thing.

Lin Xiao only proved Lin's conjecture last month, but a month later, he came up with this theory again.

This is simply outrageous!

Not scientific at all!

Chapter 278 The Last Level

For the entire academic world, I have never encountered such a powerful person. In two consecutive months, two major problems were directly solved, and it still spanned several fields. One problem was to promote the great unification of the field of mathematics. Conjecture, and it is a conjecture that is expected to be on par with other world-class mathematics problems if it is originally qualified, but the other is a major theory involving three fields, which has to make the entire academic world boil.

Although the theories Lin Xiao proved and the problems he completed were very scientific, but he alone was a bit unscientific.

How can there be such a person in the world?

It's simply hanging up, even more hanging up than hanging up.

Of course, no matter how awesome Lin Xiao is, just be envious and jealous. For the vast majority of scientists, they are not capable of reaching Lin Xiao's level, so they can use the building that Lin Xiao built for them with peace of mind. It is also a good thing for them to do some supplementary work on the platform.

In particular, the electronic topological bonding theory has been played in many fields.

Those who study materials science have already thought about how to make good use of this new theory, which can be called an innovation in the material industry, and then provide help for the better development of new materials, such as the most popular research industry at present, smart materials, and smart materials as the forefront The material industry in China needs the support of this theory very much.

People who study chemistry, such as the field of structural chemistry, as a new chemical theory based on the combination of chemical bond theory and experimental chemistry, it also needs the help of electronic topological bonding theory; in addition, for scientists who study new chemicals In other words, the theory of electron topological bonding can also be helpful. After all, the theory of electronic topological bonding can not only be used to help materials science to study solids, but it can also study other forms of matter. In the future, for some Preparation and synthesis of non-solid matter, it will all work.

For those who study condensed matter physics, the significance of electron topological bonding theory is even more important. Condensed matter itself is based on the study of solid electron theory, and electronic topological bonding theory brings expansion to this foundation. For another example, the main problem facing condensed matter physics today is the problem of high-temperature superconductivity. The process of superconductivity is the process in which electrons pass freely through the interior of the conductor without resistance, and the theory of electron topological bonding studies electron topology and The resulting microstructure is also very meaningful for the study of high-temperature superconductivity.

All in all, the theory of electronic topological bonding, although Lin Xiaocai posted it on arxiv within a few days, anyone who has read the paper has already seen the future prospects of this paper, which will become a completely independent theory, A new subject has attracted many scientists to devote their energy to it. After all, the current theory of electronic topological bonding is still a new continent, and it is still waiting for the development of these scientists.

Of course, now Lin Xiao just published this theory on arxiv, and has not yet passed the formal acceptance of the journal. Therefore, although the world knows how powerful this theory is, more people are still waiting for its official publication.

However, for those real bigwigs who have already read this paper, there is basically no problem with this paper, so in their opinion, when a lucky journal is lucky enough to receive Lin Xiao's submission and publish this paper After this paper is published, at that time, the academic world will probably face another earthquake.

Of course, the earthquake hadn’t happened yet. As Zhao Sheng, who knew best how powerful the electron topological bonding theory is, he only had infinite admiration for Lin Xiao in his heart.

After all, RDX pure silicon crystal, which is comparable to sci-fi materials, is based on the theory of electronic topological bonding. If this theory is not powerful, which theory is better?

Lin Xiao didn't care much about the adoration and admiration around him. He went straight to a tray next to it. Inside the tray was also an RDX pure silicon crystal. Of course, it can be called an X-ray lens now. .

He took a headgear from the side, stretched out his hand to pick it up, and felt emotional in his heart.

In a few months, from Lin's wave coherent superposition equations, to the proof of Lin's conjecture, and finally to the current theory of electronic topological bonding.

The first is the achievements that can win the Nobel Prize in Physics, the second is the achievements that can win the Fields Medal, and the third is that they can probably win the Nobel Prize in Chemistry or Physics.

The last two things alone have caused the academic world to boil. If the first wave coherent superposition equations are also taken out, the world will probably be shaken again.

Of course, the first one can’t come up with anything now. Lin Xiao has heard what Ma Gaoliang told him about the algorithm of their domestic radar and the wavelength and angle of radar microwaves, as well as the method of receiving radar waves and analyzing them. Algorithms have been improved based on wave coherent superposition equations, and now under the same power, their radar detection efficiency is much higher than before.

For example, a micro-drone ten kilometers away, that is, the kind of drone that people often play with, is difficult to detect by radar, because the radar reflection surface of the micro-drone is very small, and the farther away it is, It is also more difficult for radars to receive the reflected microwaves, so they cannot detect them, but now, their radars can detect them; in addition, when detecting stealth aircraft, the detection efficiency of their radars has also been enhanced. Twenty were tested.

As a result, all military radars currently located in the South China Sea have now been upgraded from 1.0 to 2.0.

The wave coherent superposition equations are far more than just playing a role on radar. Some military sensors have also used this thing in the research and development, including in the design and algorithm of sensors, whether it is for the current fifth-generation aircraft or is still under development. Among them, the sixth-generation aircraft will play a huge role.

Therefore, the current wave coherent superposition equations can be said to have become a secret weapon of the military.

Now, even if Lin Xiao intends to announce it, the military will not allow it, because they have seen how important this thing is.

Of course, no matter what, whether it is wave coherent superposition equations, Lin's theorem, or the current theory of electronic topological bonding, they are all very important. Otherwise, the RDX pure silicon crystal that Lin Xiao is holding in his hand now, It is definitely not possible.

However, only these three theories, all of which belong to the world's top, have led to the birth of this material.

In the past few months, Lin Xiao almost didn't feel that his brain cells had died.

"However, no matter what, all the sacrifices are worth it."

Smiling slightly, he put the things in his hands back on the tray, and the thoughts in his mind also shifted from this piece of material to other places.

"What are you thinking?"

At this time, Zhao Sheng who was beside him saw Lin Xiao in a daze and asked.

Lin Xiao came back to his senses, looked at Zhao Sheng, and then said, "Help inform the other members of the X-ray project, and we are going to have a meeting."

"Yeah." Zhao Sheng nodded and asked at the same time, "What is this meeting for?"

Lin Xiao smiled: "We only have two workbenches left."

Zhao Sheng suddenly woke up.

Yeah, only the double workbench is left.

A year ago, they felt that the lithography machine was extremely far away from them, but half a year later, they were so close to the lithography machine.

It's almost like a dream.

How did all this change?

It seems that after Lin Xiao returned to China, right?

He suddenly remembered that Lin Xiao was only 22 years old this year.

This is really, a miraculous thing.

"Professor Zhao? What's the matter?" At this moment, Lin Xiao asked.

He was in a daze just now, why is Zhao Sheng also in a daze now?

Zhao Sheng came back to his senses, and then said with emotion: "It's nothing, I just think, Professor Lin, you are really amazing."

Lin Xiao didn't hear clearly, "I'm too handsome?"

Zhao Sheng: "...that's pretty much it."

Lin Xiao laughed: "Then thank you for your compliment."

The people around also laughed. This Professor Lin is really an interesting person.