Vice President’s Office!

The vice principal is a middle-aged man with slightly dark skin. He is sitting in the boss's chair at this time working.

At this time, the assistant walked in from outside.

"Principal, there is a foreign phone call here for you to answer!" The assistant handed the phone in his hand to the principal.

"Whose phone number?" he said and took the phone number.

"Hello, who can I ask?"

"Hello, this is the office of the President of Thermo Fisher Technology Company!" On the phone was a young woman's voice, speaking fluent Chinese.

"Cisco?" the principal said in confusion: "Hello, is there anything wrong?"

"Our company wants to invite Mr. Zhuo, a junior in the physics department of your school, to join our company, but I don't have his contact information, so I call you."

"Excellent? Who?" the principal was confused.

Although he is the best in grades almost every time, he is just a student and the principal does not know about him.

He was also puzzled, what did Zhuoyue do? He was invited by Thermo Fisher Technology to join his company.

Thermo Fisher Technology is not a small company, it is a global leader in science and ranks 500th in the world in terms of market value.

"Can you give me Mr. Zhuoyue contact information? I want to chat with Mr. Zhuoyue alone."

"Please wait, I'll go find excellence."

Since he is from Zhejiang University, he will know if he just needs someone to inquire.

"OK, thanks!"

After hanging up the phone, he was about to ask someone to find Zhuoyue and ask for his contact information, when the phone rang again.

"Hello!"

"Hello, this is the Nokia CEO's Office!"

"Hello!" said the principal, wondering, why did Nokia call?

"Our company wants to invite Mr. Zhuo, a junior in the physics department of your school, to join our company. Since he does not have his contact information, I will call you."

"It's excellence again?" The principal was surprised. Who was the sacred person in this excellence? Two companies came to him in a row.

"If you are convenient, can you give me Mr. Zhuoyue contact information? I want to chat with him alone."

"Okay, I'll ask someone to ask for it right away."

After saying that, he hung up the phone with a lot of doubts. What did Zhuoyue do? Two Fortune 500 companies in the world were looking for him.

Nokia is not a small company either. It is a multinational company in the production of mobile phone equipment. 35% of the world's mobile phones are Nokia phones, equivalent to Apple after 2011.

Although it is now declining, the lean camel is bigger than a horse.

At this time, his phone rang again.

"Hello, this is the Office of the President of the International Aviation Group."

"Are you looking for excellence? Do you want him to join your company?"

The person on the phone was stunned for a moment and asked, "Is there anyone else looking for Mr. Zhuoyue?"

"Before you, two companies have already looked for excellence, and they both want excellence to join their company." The principal said: "I want to know why you all want excellence to join your company?"

"You don't know?" said the person on the phone in surprise.

"What do you know?" the principal said in confusion.

“Don’t you pay attention to what’s happening in the math world recently?”

"What happened?" the principal said even more confused.

"You'd better buy a magazine for differential equations, which will help you solve your doubts."

"Okay!" said the principal: "You also want Excellent contact information. I will ask someone to find Excellent now and I will tell you afterwards."

After saying that, he hung up the phone.

But he kept coming in after that.

The most are Internet companies, airlines and ship companies, followed by venture capital companies.

There are more than 20 in America alone, six island countries, four in cold countries, seven in China, and ten in Europe.

They all want to get Zhuoyue into their company, but all of these companies are companies with a market value of 300.

The principal was not in a hurry to ask Zhuoyue for people to find Zhuoyue. He is now full of doubts about what Zhuoyue has done. There is such a company that wants him to join.

He called his assistant and said, "You go and find me a recent magazine for differential equations, and at the same time, I will find me excellent information on the junior physics department of our school."

"Okay, principal!"

He quickly found the principal a recent magazine for differential equations and excellent information.

The principal first reads excellent information and said, "It's indeed from our school, and he is still a top student. Except for the last semester, he is the first in the grade every other semester. Well? A student with such good grades is still an orphan."

After reading the excellent information, he picked up the magazine for differential equations and quickly found what he wanted to see on page 5.

I saw a paper written on the whole piece of paper about cracking nonlinear partial differential equations using homogeneous equilibrium method and obtaining backlund transformation.

The first work is excellent, yue.zhuo.

"Hmm? This was written by Zhuo?" he said in surprise.

But he didn't know what the paper meant, so he walked out of the office and found a math professor.

"Professor Ma, does this paper have a great influence on the mathematics community?" The president put the magazine in front of Professor Ma and pointed to the paper he wrote by Zhuoyue.

After reading it, Professor Ma said, "If you want to say it is big, it is not big, but it is not small. It not only has a great impact on mathematics but also on physics."

"Tell me." The principal showed interest.

"It has been more than 300 years since Newton proposed classical mechanics. After more than 300 years of development, there is only one problem that has not been solved in classical mechanics, that is, turbulence."

"Turbulence doesn't seem to have much impact on our daily lives, but each of us lives in turbulence every moment. Water flow, wind flow, are all turbulence. It is the most common problem for aerospace, surface and underwater navigation, fluid machinery, atmosphere and oceans, energy development, architecture, environmental science and bionics, etc.."

"If anyone masters the operating rules of turbulence, many industries can save billions of dollars a year."

"In 1827, Navi proposed the equation of motion of viscous fluids, and in 1831, Poisson proposed the equation of motion of compressible fluids."

"St. Venans and Stokes independently proposed the form of a constant viscosity coefficient as a constant in 1845, which is called the n-s equation."

"The n-s equation is one of the millennium problems and no one can solve it yet."

"And it is also the equation that is most likely to solve the turbulence problem."

"The n-s equation evolved from nonlinear partial differential equations, and this article is the easiest cracking method created by nonlinear partial differential equations so far."

"It will be of great help to those who study n-s equations."

"What if someone mastered the running rules of turbulence?" asked the principal.

"If anyone masters turbulence and applies for a patent, then the patent is a chicken that can lay golden eggs, does nothing, and waits to collect hundreds of millions of dollars a year."

(To be clear here, the loss is billions of dollars, but it does not mean that you can get billions of dollars with a turbulence patent, but you can only get hundreds of millions of dollars.)

"So that's how it is!" said the principal, very surprised. This was actually created by a junior student in their school.

No wonder so many Internet companies, airlines, ship companies and venture capital companies want to join their company.

If Excellence is later researching the n-s equation with their support and then turbulence, then they will make a lot of money.

And they just give excellence hundreds of thousands every year, which is a very large return.
Chapter completed!