Princeton University is the 'temple of mathematics' in the university world.

Uruz is a researcher at the Institute for Advanced Study in the Hall of Mathematics, a full professor at Princeton, and a lecturer in number theory in the Department of Mathematics.

Put several positions together, and you will know the level of Uruz.

Uruz has received many awards in mathematics, and most of his research results are in the field of complex mathematics, and he is committed to the calculation of simplified complex mathematics, but he must have a certain level of skill in number theory as a lecturer in the subject of 'number theory'.

More than ten years ago, Uruz was only in his thirties, and he devoted himself to the study of prime number distribution, hoping to solve the difficult problems of number theory.

This is also Uruz's proudest achievement.

Now, more than ten years later, Uruz also knows that his talent is limited and it is too difficult to solve the problem of number theory, so he can only regretfully give up and start the study of complex mathematics instead.

Uruz's biggest regret is that he has not been able to solve any problems related to number theory.

He is very sensitive to things related to mathematical conjectures.

Hearing Jody Williamson talk about the proof process of the hail conjecture published in the Journal of the Mathematical Society, Uruz didn't even bother to go to class, picked up the magazine and read it carefully, and unconsciously walked to the podium and continued to watch the proof process.

Classes are over.

The other students laughed and left the room, and Jody Williamson stayed a little embarrassed, he wanted to get his magazine back, but Professor Uruz was still reading it.

In the end, Jody Williamson simply gave up.

Uruz was so engrossed that he watched it for nearly an hour, and when he heard the chaos around him, he came back to his senses and looked up, and found that the classroom was full of students.

"Another lesson?"

Uruz felt a little big, he patiently talked for a while, and then he was really impatient, so he simply said to the students, "The Journal of the Mathematical Society, there is a proof process of the hail conjecture, I just looked at it for a while, the proof method is really interesting, the most interesting thing is that the most basic formulas and methods are used, I suggest you also take a look at ......"

"Next, self-study!"

"I'm sorry, I have to work on that paper!"

Uruz hurried away after saying a few words, and the students in the classroom heard the news and hurried to ask who had ordered the Journal of the Mathematical Society.

The process of proving the hail conjecture quickly became popular in the mathematics department of Princeton University, not because of the high level of the students in the mathematics department of Princeton, even the students of the mathematics department of Princeton University were only undergraduates.

Most of the students are indeed very talented in mathematics, but because they have limited knowledge and have not done real research, it is difficult for them to have too advanced mathematical skills.

This is mainly because Zhao Yi did not use too advanced formulas and theorems in the process of proving the hail theorem, nor did he use too complex mathematical methods.

That's interesting!

The proof process of many mathematical conjectures, even if it is a research paper, will use very profound formulas, theorems, and very complex mathematical methods, which make people dizzy to read, and it is very difficult to understand if it is not at the level of 'Doctor of Mathematics' or above.

Zhao Yi's proof process of the hail theorem is more complicated in comparison, and the paper is written for nearly 50 pages, which is still the result of simplifying some steps, but 'complex' does not equal profoundness, which can be understood by many undergraduate students in the Department of Mathematics.

When students are able to understand the proof of mathematical conjectures, they immediately feel a sense of accomplishment, and they are more interested in the research process.

The same thing happens in many places.

It's still night at home.

Zhao Yi noticed the email sent by the Journal of the Mathematical Society, and he also felt a little excited, but the Journal of the Mathematical Society had just been released, and it would definitely take time to spread it to China.

He didn't particularly care.

After returning home that day, I was still researching robot programs, and the results were still very good in less than a month of research.

The robot has 'learned' to 'recognize the way'.

As long as the map route coordinates are input into the program, the robot can realize automatic pathfinding, and it can also have the function of obstacle avoidance and pathfinding in the process.

This function sounds simple, but Zhao Yi has been studying it for a month. He studied while researching, and also had two research results, one is to let the robot distinguish the length and size of moving objects.

For example, when the robot looks at the floor, it can quickly calculate the side length of the floor tiles, and when it sees a person, it can calculate the height of the person.

In addition, it's pathfinding.

Zhao Yi's method, first of all, is color judgment, he simply installed a camera on the robot, and once he started pathfinding, two screens were turned on, and the new camera pointed to the ground.

Through the contrast of the colors of the ground and the line of sight, it is easy to distinguish where the 'road' is.

This makes it easy to avoid obstacles.

Of course.

In many cases, the color of the road will change, so the second option can only be used, the robot will look around the left and right directions, through the color of the image, the size of the object, to distinguish where the road is.

The wayfinding and obstacle avoidance methods designed by Zhao Yi are no problem most of the time, but there are many problems that will be encountered, and the most important thing is that the distinguishing methods are all entered by himself.

One person's energy is limited, they can't think of all situations, and once they encounter a new situation, they will encounter new problems.

This requires covering each case and writing the program code in detail.

Apparently.

It's a team thing.

"Or else...... Sell the design method, the code, and have a company help you improve it?"

"Or do you want to work with a professional lab?"

Zhao Yi thought carefully and felt that the former was more reliable.

To the professional computer lab, he contributed the code is equivalent to contribution, at most he can pull the investment sponsorship, and finally to share the code with the invested company, it is better to sell it directly, indicating that he has the right to use the final perfect version.

After the wee hours of the morning.

The impact of the publication of the Hail Conjecture Proofs in the Journal of the Mathematical Society has come out.

The proof of every mathematical conjecture will attract a lot of attention, and a large number of overseas media will report it, which will also make the domestic attention at the first time.

The Journal of the Mathematical Society does not yet have an online version, and the only way to see the real proof process is to buy paper publications, and it is not easy to see the proof process in China, but it does not prevent China from paying attention to overseas media reports.

There was news on the domestic network in an instant--

"Kakutani's conjecture has been proven!" is one of the four giants of the Journal of the Mathematical Society, a mathematical journal!"

"It's really proven, it's all reported overseas!"

"Who proved it?"

"Zhao Yi!"

"It's the genius high school student who said he proved Kakutani's conjecture during his speech some time ago!"

"Zhao Yi is really a genius, first he researched an incomprehensible computer algorithm, solved the step calculation problem of the Rubik's Cube, and then solved the Kakutani conjecture ......"

"I remember last month someone said that Zhao Yi doesn't understand mathematics!"

"People who solve the world's mathematical problems can't understand mathematics, hahahaha......"

It is indeed difficult for the heated discussion on the Internet to affect me, but some people who know Zhao Yi have also seen the news.

The first is Li Lisheng.

Li Lisheng has been in the forum for a long time, and he can't sleep after paying the public grain to [Baidu] every day, so he simply got up and faced the computer, preparing to have a piano battle, and he saw a hot search--

Chinese high school student proves Kakutani conjecture!

"Kakutani guesses, by the way, it seems to be Zhao Yi, a high school student?" Li Lisheng quickly went through his mind, and immediately searched for the news and watched it.

Zhao Yi!

It's really Zhao Yi!

He cracked a decades-old puzzle in mathematics - the Kadotani conjecture!

Li Lisheng was immediately excited, he hurried to the forum and posted a post saying, "Now I say, I am a teacher at Zhengyang No. 13 Middle School, no one has any questions, right?"

"Release an latest news: My best student, Zhao Yi, has just solved the world's math problem "Kakutani Conjecture", waiting for everyone to reply to congratulate!"

Li Lisheng smiled beautifully, and then remembered that he should send a group message to let everyone know.

Time doesn't matter!

Zhao Yi, a student in the 13th middle school, has solved the world's mathematical problems, and he still cares about whether it is early in the morning or not.

Li Lisheng picked up his mobile phone and sent a message to all the teachers and principals of all schools to explain the situation.

Then, he called Zhao Yi.

Xu Chao in the laboratory also did this, and the research work really had no concept of time, Xu Chao thought of a good method, and he has been modifying the code in the laboratory.

When I'm done with my work and a cup of coffee, I sit down in front of my computer and read the news.

What the?

Zhao Yi proved the Kakutani conjecture?

Xu Chao's eyes widened in shock, looked at the news time, and immediately called Zhao Yi.

Morning?

Unimportant!

Zhao Yi had just fallen asleep in a daze when he received a call from Li Lisheng, "Teacher Li, ...... so late?"

"Zhao Yi, what are you sleeping! Hurry up and watch the news, you have proved the Kakutani conjecture!"

Li Lisheng shouted loudly, as if he was more excited than Zhao Yi.

Zhao Yi said depressedly, "I know." ”

"You know?" Li Lisheng was a little surprised.

Zhao Yi replied speechlessly, "Mr. Li, this is not a lottery ticket, it is not a lottery, I submitted it a month ago, and I also received an email yesterday, of course I know." ”

"Seems to be!haha, haha......"

Li Lisheng laughed awkwardly, said a few words of congratulations and hung up the phone.

Zhao Yi wanted to sit up a little, but felt very tired, so he simply continued to sleep, and a playful girl appeared in her dream, she was standing next to her and sticking out her tongue and licking her lips......

"Doodoo ......"

The phone vibrates.

Zhao Yi picked up the phone in a daze and found that it was Xu Chao who pressed the answer button.

Xu Chao's voice was also a little excited, but he was much calmer than Li Lisheng, "Congratulations, Zhao Yi, your paper was published in the Journal of the Mathematical Society." ”

"Thank you!"

Zhao Yi chatted with Xu Chao for a few words, then calmly continued to lie down, and fell asleep after a while, there was a very cute girl in the dream, who was looking up shyly.

He reached over......

"Doodoo ......"

Shake.

Zhao Yi glanced at the screen in a daze, and found that it was the principal Wang Chengmin, he took a deep breath, simply set the phone to not remind, and then threw it aside.

Fack!

I don't know if it's early in the morning!

Go to bed!

Don't want to disturb Lao Tzu!1603382227