Rule system

In the process of Yanhua University’s speech on “Zhao’s Screening Method”, Zhao Yi said that he had solved Kakutani’s conjecture. Li Yilai took a rather credible attitude and started serious research after returning to strive to publish his paper first. .

This is shameless.

Li Yilai doesn't care whether he is shameless or not.

Zhao Yi's'screening method' has been a waste of years of hard work. He can say that he has no good impressions of Zhao Yi, and the temptation to crack mathematical conjectures is too great.

When Kakutani’s conjecture becomes the “Lee’s Theorem”, whoever talks about it can think of his name, and may even compete for the top Fields Medal in mathematics. He will be recognized as the world’s top mathematics At home, retiring directly from this is considered a complete life.

Who else cares?

This is how society is.

The winner is king, and those who fail will be forgotten no matter how much they struggle. There may be disputes for a while, but no one will talk about it after a long time.

Li Yilai studied with great hope. He felt that Zhao Yi did not seem to be lying at the time. He must have proved Kakutani's conjecture, and the direction of the proof was binary demonstration. Other processes must be hidden in the'Zhao-style screening method'.

Sleep and forget!

Head suspension beam, cone thorn strand...

Li Yilai’s research spirit is worthy of recognition, but hard work is not necessarily rewarding. He constantly combed the proof process of the'Zhao's Screening Method', studied it carefully from beginning to end several times, and did not find out how to prove it. .

"This is not right!"

"No progress at all!"

"That kid is lying?"

The more Li Yilai thinks about it, the more it feels wrong. How can world-class mathematical problems be so easy to prove?

Although the kid has developed a very interesting'screening method', most of it is due to the surprising idea. The difficulty of mathematical conjectures is several levels higher. For decades, countless top mathematicians have had the Kakutani conjecture. Research has yet to prove it.

So... he was fooled?

After trying to understand Li Yilai, he tore off all the manuscript paper angrily. Several days of hard work was in vain again. He felt like a monkey, and he didn't know he was being played around.

Simultaneously.

Others who had the same idea as Li Yilai also felt that they were fooled by Zhao Yi. They studied it and found that there is no difference between binary demo and decimal.

This is just a different representation.

For example, if a function name is f(x)=a+b, replace x with y, and replace a, b with c, d, and it becomes f(y)=c+d, which is the same as the original function. no difference.

The idea is still not there.

Some people who are not angry can not find a way to retaliate. Their contacts in academia are no longer useful. Because Zhao Yi is just a high school student, he can be said to be "no desire and no desire". Can you stop him from going to college?

Don't say what you can do or what you can't do, don't let Zhao Yi let domestic universities and foreign universities want him to go!

They can only spray on the Internet.

One or two people sprayed it to no effect at all. Li Yilai also hired an online naval force to specifically say "Zhao Yi doesn't understand mathematics" and "Zhao Yi said nonsense in his speech and doesn't respect academics at all."

This is a bit useful.

Li Lin, a guest of the "Big Bang" program, felt that he had found a point to criticize Zhao Yi.

The last time Zhao Yi explained the steps of the Rubik's Cube, Li Lin questioned it from a professional point of view, saying that the Rubik's Cube could not be completely just when it was disrupted, and then he was beaten by Zhao Yi's Rubik's Cube computer.

This matter became a stain.

Until now, many netizens talked about Li Lin and called him'Impossible to Fair Dr. Li'.

If you are a good-minded person, you probably accepted it cheerfully. "It's impossible to be fair to Dr. Li". It sounds like a good nickname. The name of the netizen is mostly a joke. The appearance of the Rubik's Cube computer shocked many people. Li Lin was only incidentally slapped.

But Li Lin's mind is not big.

Whenever he saw the nickname'Impossible to Fair Dr. Li', Li Lin felt very angry and kept things in mind.

During the last "Big Bang" program, there was a mathematics genius who verbally calculated the value of the root of a big number, and could even say a few digits after the decimal point. Later in the analysis process, the computer genius Zhao Yi was mentioned. It shows that there are many professional geniuses in China.

Li Lin found an opportunity and said,'Zhao Yi is a computer genius, but not necessarily a mathematics genius'.

This sentence is very positive.

The ratings of "Big Bang" are still quite good, and there is a lot of discussion on the Internet.

This kind of public opinion has no effect on Zhao Yi.

A lot of netizens naturally stand by Zhao Yi's side, because he is only a high school student, and making fun of mathematics guesses in his speech is not a big deal at all.

Many people think that saying "Zhao Yi doesn't respect mathematical conjectures" is purely making a fuss, and it is nothing to put high hats on people. As for "understanding mathematics", "is it a mathematical genius"...

Does the argument make sense?

At this time, a post broke the news that Zhao Yi had a perfect score in the Olympic Mathematical Olympiad, and he was the champion of Nanjiang Olympic Mathematics and the only full score in the National Olympic Mathematical Examination.

Some netizens said jokingly, "Maybe Zhao Yi doesn't understand math now, but he will definitely understand math in the future!"

"Even those who understand mathematics may not get a perfect score!"

"Zhao Yi is just a high school student..."

This kind of public opinion is completely artificial. Zhao Yi is not a real public figure or entertainer. Most netizens are not interested when they just glance at it.

Within two days, no one talked.

The public opinion on the Internet has not affected Zhao Yi. He is now waiting for the paper to be published, and he has nothing to do, so he enjoys his high school life wholeheartedly.

Learning is the main theme.

Zhao Yi insisted on recitation of ancient poems every day, and constantly doing reading comprehension and other topics. After doing more questions, he could find a way. At the same time, he followed the teacher's lecture program and slowly reviewed the content of biology and chemistry. To be thorough and familiar, strive to master all knowledge points.

His goal is to enter the top ten in the province at the end of the term.

It is not difficult.

Now Zhao Yi is certain of his grades. As long as he improves his language a little bit, and his chemistry and biology review is better, his grades will definitely improve. As long as he can steadily improve by one tenth, he is enough to compete for the provincial rankings.

In the middle of studying and living, Zhao Yi also devoted himself to his hobbies. He was very interested in experimental robots.

He began to design the program code of the robot.

In fact, the robot's intelligence limits are not only the internal codes and algorithms, but also the hardware facilities are also very important, such as image resolution, sensor efficiency, sound processor, etc. The efficiency of each component directly determines the robot's upper limit of intelligence. .

Of course.

There is no alternative to the hardware.

Zhao Yi can only modify it from the software. He combined the program function codes copied from the Zhouyu Interactive, Intelligent and Automation Laboratory, so that the effects of the program can be reflected on the robot.

The robot already has simple functions.

Today's robots can recognize very simple voices and convert special voices into command effects.

For example, raise your left and right hands.

Walk forward, stop, walk backward, and go in circles.

Play music, host search and read.

and many more.

The voice execution of these small commands is nothing more than ten years later, but it is now very advanced.

Zhao Yi is designing the program code to give the robot more autonomy.

First, it is walking.

Automatic path finding and obstacle avoidance functions may not sound difficult, but it is still very complicated for a half-human robot with deviated hardware facilities to automatically avoid obstacles and walk to a designated location.

At first, Zhao Yi used the sensor to touch, that is, after the robot hits an obstacle, he walked laterally to avoid the obstacle. He soon discovered that it was not practical because the sensor was not sensitive and the robot was also afraid of collision. , He can still only find complicated methods--

Image analysis!

This method involves complicated computer graphics. Zhao Yi doesn't know much about graphics. He consulted Xu Chao from the Intelligence and Automation Laboratory.

Xu Chao just smiled bitterly, "Our research can only let the intelligence distinguish colors. I want to use the camera image to determine obstacle avoidance... I can only give you some relevant reference books."

"You should study it slowly by yourself..."

Then Zhao Yi received a lot of reference books, including some research materials.

Although the research materials are public, they are not sold on the market, and some content is not available. He is still very grateful to Xu Chao. Then his hobby became the study of computer graphics.

The ultimate goal is to truly make robots look like human eyes, accurately distinguishing obstacles and paths that can be taken.

...

time flies.

January is here.

Princeton, New Jersey.

Uluz, a Hungarian professor at Princeton University, is giving students a mathematics science class. He is talking about unproven mathematical conjectures in number theory.

Uluz’s lecture is very personal. He also listed the Fermat’s Last Theorem as one of his conjectures because he dismissed Andrew Wiles’ proof process.

He told the students, "If I want to choose the biggest liar in the past two decades, I will definitely vote for Andrew Wiles. He got the Fields by fraud!"

The students in the audience laughed.

Many scholars have objections to Andrew Wiles’s proof of Fermat’s conjecture. It is clear that Galois theory was cited in his proof process, and Galois theory is a contradictory pseudo-theory. .

Uluz sees it the same way. He talked about Wiles’ proof process and finally came to the conclusion, “So, no matter what’s said outside, I think Fermat’s conjecture is still Fermat’s conjecture, even if he takes it away. Fields and a million dollars!"

Next, Uruz explains other mathematical conjectures, one of which is the Hail (Kakutani) conjecture.

"This conjecture is quite interesting."

Uruz laughed, "What's interesting about it is not the title and difficulty, but every year there are people claiming to prove the hail conjecture. Even some graduate students dare to submit papers proving the hail conjecture, but so far, There is no recognized rigorous certification process."

When Uruz finished speaking, he saw a student suddenly raised his hand in the audience.

He asked by name, "Jody?"

Jody Williamson took a thick magazine in his hand and stood up and said, "Professor Uruz, you probably haven't read the new issue of the Journal of the Mathematical Society?"

"What?" Uruz frowned.

Williamson explained, "This is the latest issue, and the seventeenth page is the proof of the hail conjecture."

After he finished speaking, he joked, "The proof process of the "Journal of the Mathematical Society" is always not rigorous, right?"

Uruz was stunned.

He walked quickly to Williamson's desk, picked up the latest magazine, immediately turned to page seventeen, and read it carefully.