In academia, the attention brought by the Millennium Problem is obviously more concerning than Lin Xiao's becoming an academician.
NS equation!
Proof of the existence and smoothness of the solution!
This is far more noteworthy to the world than who becomes an academician.
The NS equation is not like the Hodge conjecture. The proof of the Hodge conjecture is a feast for the world of pure mathematics. However, obviously, there are not many people who study pure mathematics, so most people think that Lin Xiao has proved this world-class problem.
If you are surprised, you won't say anything. After all, who is in the mood to look at this math problem that you don't even understand the meaning of?
However, there are many people studying NS equations.
Fluid mechanics is obviously a relatively large part of physics, and there are many people studying it. The most important thing is that this thing can be used to actually make money.
For example, in the shipbuilding industry, the analysis of fluid forces by the NS equation is obviously of great significance to the performance of the ship. Even remote control ship models may need to use these things. In addition, there is the aircraft manufacturing industry, as small as drones.
, as large as rockets, all require aerodynamic analysis through NS equations.
In addition, there are many more aspects in which the NS equation plays a very important role, and even directly determines whether they can make a lot of money.
Therefore, the proof that Lin Xiao has completed now is of great significance to some stakeholders.
Therefore, countless people began to pay attention to this matter.
What they care about is whether Lin Xiao's proof is correct.
Once correct, they can immediately use Lin Xiao's proof to help their research. Once they take the lead in developing a product that is ahead of other competitors, it will be of greater significance to them.
Of course, this is not to say that Lin Xiao's proof can directly help these technologies that need to analyze fluid mechanics, but it can bring some auxiliary effects, that is, it can carry out the problems they study to a certain extent.
The simplification makes them more convenient in research.
What really has a direct effect is the general solution of the NS equation. Only the general solution can completely simplify all factors in fluid mechanics to the most streamlined level. By then, the research on related issues will become infinitely simpler.
However, it is a pity that Lin Xiao hid this most critical answer.
At this moment, Lin Xiao was not as anxious as the outside world.
He was looking at the [Pneumatic Diagram] that the system rewarded him with.
Aerodynamic diagrams, as the name suggests, are diagrams of aerodynamics.
Aerodynamic diagramming is a method that directly uses pictures to apply many general solutions to NS equations.
It includes the aerodynamic distribution of the most perfect aircraft, from small aircraft to large aircraft.
In addition to aircraft, it also includes aerodynamic design illustrations of spacecraft.
Lin Xiao's eyes lit up when he looked at so many aerodynamic design drawings of spacecraft.
It not only includes rockets, but also aerodynamic diagrams of aerospace aircraft.
In particular, the design of these rockets also includes the aerodynamic design of recyclable rockets.
This kind of recyclable rocket, by designing a flap during the recovery process, can make the rocket have a very stable attitude during the recovery process, thus providing great help for rocket recovery.
Seeing this, Lin Xiao's eyes immediately lit up.
Recyclable rockets!
This is of great significance to aerospace, because it means cost savings.
Launching a rocket costs hundreds of millions of yuan, and the cost of the first-stage rocket is the highest. If there is no recycling technology, launching once is equivalent to burning all the money. If there is recycling technology, it will be quite a lot.
Yu directly saved hundreds of millions of dollars in expenses for the next launch.
Why spaceX can make money, its rocket recovery technology is the key.
For China, since there is a celestial palace operating in the sky, and there are astronauts waiting inside, it is necessary to transport materials up there regularly, and this will also lead to these materials becoming the most expensive "express delivery".
.
Each time a Long March rocket is consumed, this kind of price, if repeated a few times, is estimated to directly bankrupt some "communists".
Therefore, recyclable rockets are of great significance at this time.
Thinking of this, Lin Xiao immediately wrote down this thing and then got it on the computer.
Then he also got the aerodynamic design drawings of aircraft that were most suitable for bombers, fighter jets, and carrier-based aircraft on the computer.
Just as he finished this, there was a knock on the door.
Ma Gaoliang ran directly in, panting first, and then seeing Lin Xiao sitting there as if nothing had happened, he immediately said helplessly: "My God Lin, such a big thing
, you really didn’t inform me beforehand?”
Lin Xiao spread his hands, "Did something big happen?"
Ma Gaoliang: "...Do you think the issue you proved is not a big deal?"
Lin Xiao laughed and said: "It's really not a big deal."
Ma Gaoliang's eyes widened and he was about to accuse this pretender, but suddenly he realized what he was doing.
Looking at Lin Xiao's confident smile, he suddenly realized something.
He immediately leaned forward, rubbed his hands, and said: "Academician Lin... Lin Shen, my dear Comrade Lin Shen, please don't play riddles with me. Tell me, are there any surprises?"
Lin Xiao chuckled, and then directly showed Ma Gaoliang the aerodynamic design drawings he had compiled just now.
"Look at these things."
Ma Gaoliang was stunned for a moment, looking at the things above with curiosity on his face.
"These are... airplanes and rockets?"
Lin Xiao nodded and said: "This is a bomber, this is a carrier-based aircraft, and this is a fighter jet. Their aerodynamic design is basically the most perfect design."
"The most perfect?" Ma Gaoliang's face suddenly showed confusion, how to say this?
Lin Xiao smiled: "You will know when the aerodynamic designers take a look at it. They should be able to think of it."
Then he pointed at the rocket and said: "And this thing is actually a first-stage rocket. This aerodynamic design can make it stable enough when landing."
Ma Gaoliang was startled again: "The first-stage rocket landed?"
"Oh, it would be more appropriate to say rocket recycling." Lin Xiao said with a smile.
Hearing this, Ma Gaoliang stood up straight and said in disbelief: "The rocket... is recycled?"
"Yes."
"this……"
Ma Gaoliang went through several circles in his head. Finally, he quickly grasped the key question: "Wait...where did you get these things?"
Given by a plug-in.
Lin Xiao answered truthfully in her heart, but said: "Because, I already know the general solution of the NS equation."
After Ma Gaoliang reacted for a long time, he finally realized what Lin Xiao was talking about.
He lost his voice and said: "What?! General explanation?!"
Just the fact that Lin Xiao proved the existence and smoothness of the solution to the NS equation was enough to shock him. As a result, Lin Xiao now said that he not only proved the existence and smoothness of the solution, but even
He even found the solution?
This is a general explanation!
The famous physicist Richard Feynman once called the solution of the NS equation the last unsolved problem of classical physics.
Until now, this problem has not been solved, and people cannot even solve it as a simplified version of the Millennium Puzzle.
As a result, Lin Xiao now said that he found the general solution?
Ma Gaoliang was very shocked by this.
He immediately asked: "What is the general explanation?"
Lin Xiao raised his eyebrows and said, "Do you understand?"
"Well……"
Ma Gaoliang was stunned for a moment, and then showed a helpless expression on his face: "Hey, look at what you said, at least save some face for me."
Then he thought about it, then looked at the aerodynamic design drawings that Lin Xiao showed him, and then asked: "Do you mean that you made these things based on the general explanation?"
Lin Xiaodao: "Yes."
"I understand." Ma Gaodian nodded. From this point of view, the meaning of this comprehensive explanation is not ordinary.
After all, Lin Xiao said that these aerodynamic design drawings are the most perfect design, so this general solution will become as important a technical theory as the wave coherence superposition equations.
As for Lin Xiao's theory of superconducting mechanism, he is the only one who knows it until now, and he has not told any other person, and Ma Gaoliang has never asked him.
As long as this superconducting mechanism theory is in their hands, even if the secret of future room-temperature superconductors cannot be hidden and is obtained by foreign countries and the materials in it are known through analysis, without the guidance of Lin Xiao's superconducting mechanism theory, they will not be able to hide their secrets.
It is impossible to find out how to make it.
After thinking about it for a moment, Ma Gaoliang said: "Well, let me take these aerodynamic design drawings away first. We will talk about the general explanation later."
"Well, let's do that."
Lin Xiao nodded, and then handed the data of several aerodynamic design drawings to Ma Gaoliang.
Ma Gaoliang looked at the USB flash drive in his hand, squeezed it finally, and said to Lin Xiao: "Academician Lin, thank you again for your contribution. The country is lucky to have you."
Lin Xiao waved his hand: "Lao Ma, don't we need to talk about these scenes between us?"
Ma Gaoliang nodded with a smile and said, "I just felt a sudden emotion. Don't worry about it. Let's go."
After waving his hand, Ma Gaoliang left here.
As the office door was closed, Lin Xiao stood up and stretched.
"Hmm~ Having said that, the academic world should be anxious now, right?"
It is also time to determine when the academic report will be held.
