Rule department scholar

"That kid is lying?"

The more Li Yilai thought about it, the more he felt that something was wrong. How could it be so easy to prove a world-class mathematical problem?

Although that 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, but still no proof.

So...he was tricked?

After Li Yilai figured it out, he tore up all the manuscript paper angrily, and the hard work of several days was in vain again. He felt like a monkey, being played around without knowing it.

Simultaneously.

Others who held the same idea as Li Yilai also felt that they were fooled by Zhao Yi. After researching and researching, they found that there was no difference between the binary representation and the decimal system.

It's just represented differently.

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

Thoughts, or not.

Some people who can't get angry can't find a way to retaliate, and their academic contacts are useless, because Zhao Yi is only a high school student, and it can be said that he has "no desires and no desires". Can you keep him from going to college?

Don't say that it can be done, it can't be done, don't let Zhao Yi let the domestic universities, foreign universities wish him to go!

They can only spray it on the Internet.

One or two people spraying it has no effect at all, and Li Yilai even hired Internet trolls to say 'Zhao Yi doesn't understand mathematics', 'Zhao Yi talks nonsense in speeches, and doesn't respect academics at all' and so on.

This works a bit.

Li Lin, a guest on the show "Brain Power", felt that he had found a point to criticize Zhao Yi.

When Zhao Yi explained the steps of the Rubik's Cube last time, Li Lin questioned it from a professional point of view, saying that the Rubik's Cube disruption cannot be completely fair, and then he was slapped in the face by Zhao Yi's Rubik's Cube computer.

The matter became a stain.

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

If you are a person with a good mentality, you will probably accept it cheerfully. "Impossible to be fair Dr. Li" sounds like a good nickname, and most of the netizens named it as a joke. The appearance of the Rubik's Cube computer shocked many people. Lin was only incidentally slapped in the face.

But Li Lin's mind is not big.

Whenever Li Lin saw the nickname of 'Dr. Li Impossibly Fair', Li Lin felt very angry and kept things in mind.

During the last "Brain Power Explosion" program, there was a mathematical calculation genius who could calculate the value of the square root of a large number, and could even tell the number of decimal places. Later, in the analysis process, the computer genius Zhao Yi was mentioned. It shows that there are many professional talents in China.

When Li Lin found an opportunity, he said, 'Zhao Yi is a computer genius, but not necessarily a math genius'.

This sentence is very sure.

The ratings of "Brain Explosion" are still quite good, and there are a lot of discussions on the Internet immediately.

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

A lot of netizens naturally sided with Zhao Yi, because he was only a high school student, and making fun of mathematical conjectures in his speech was not a big deal at all.

Many people think that saying 'Zhao Yi doesn't respect mathematical conjectures' is just making a fuss out of a molehill, and it's nothing to put a high label on others. As for 'does he understand mathematics', 'is he a mathematical genius'...

Is there any point in arguing?

At this time, a post broke the news that Zhao Yi got a perfect score in the Mathematical Olympiad, and was the champion of the Nanjiang Provincial Mathematical Olympiad, and the only one with a perfect score in the provincial Mathematical Olympiad exam.

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

"Even those who know mathematics may not get full marks in the exam!"

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

The popularity of this kind of public opinion is completely brought up artificially. Zhao Yi is not a real public figure or entertainment star.

Within two days, no one talked about it.

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

Learning is the main theme.

Zhao Yi insists on reciting ancient poems every day, and also keeps doing reading comprehension and other questions. If you do too many questions, you will find a way. It is necessary to understand and get familiar with it, and strive to master all the knowledge points.

His goal is to be among the top ten in the province at the end of the semester.

It is not difficult.

Now Zhao Yi has a certain degree of confidence in his grades. As long as he improves his Chinese a little bit, and his chemistry and biology reviews are better, his grades will definitely improve. As long as he can improve steadily by ten points, it will be enough to compete for the provincial ranking.

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

He started designing the program code for the robot.

In fact, the intelligence limit of the robot is not only the internal code and algorithm, but also the hardware facilities, such as the resolution ability of the image, the function of the sensor, the sound effect processor, etc. The function of each component directly determines the upper limit of the intelligence of the robot. .

Of course.

There is no way to do it on the hardware side.

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

Robots already have simple functions.

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

For example, raise your left hand and your right hand.

Walk forward, stop, walk backward, turn in circles.

Play music, host search, read.

and many more.

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

Zhao Yi is designing program codes to make the robot more autonomous.

First, is to walk.

Automatic pathfinding and obstacle avoidance sounds not difficult, but it is still very complicated for a half-human robot with deviated hardware facilities to automatically avoid obstacles and walk to the designated place.

Zhao Yi first used the sensor to touch, that is, after the robot hits an obstacle, it then walks sideways to avoid the obstacle. He soon found that it was not practical, because the sensor is not sensitive, and the robot is also very afraid of impact , he still can only seek complex methods--

Image Analysis!

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

Xu Chao just smiled wryly, "Our research can only allow the intelligence to distinguish colors. I want to use the camera images to determine obstacle avoidance...I can only give you some related reference books."

"You should study 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 can’t be found even if you look for it. He is still very grateful to Xu Chao. Then his hobby turned into researching computer graphics.

The ultimate goal is to truly let the robot, like the human eye, accurately distinguish what is an obstacle and what is a path that can be walked.

……

time flies.

January is here.

Princeton, New Jersey.

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

Uluz's lectures are very personal. He also listed Fermat's last theorem as one of his conjectures because he dismissed Andrew Wiles' proof process.

He said to the students, "If you want to choose the biggest liar in the past 20 years, I will definitely vote for Andrew Wiles. He got Fields by fraudulent means!"

The students in the audience all laughed.

Many scholars have objections to Andrew Wiles' proof process 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 also saw it this way. He talked about Wiles' proof process and finally came to a conclusion, "So, no matter what the outside world says, I think the Fermat conjecture is still the Fermat conjecture, even if he took it away. Fields and $100 million!"

Next, Uluz will explain other mathematical conjectures, one of which is the Hail (Kuogu) conjecture.

"This conjecture is very interesting."

Uluz laughed and said, "What's interesting about it is not the topic and difficulty, but that every year there are people who claim to have proved the Hail Conjecture, and even some graduate students dare to submit papers proving the Hail Conjecture, but so far, There is no recognized rigorous proof process.”

After Uruzi finished speaking, he saw a student suddenly raised his hand high in the audience.

He called by name and asked, "Jordy?"

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

"Why?" Uluz frowned.

Williamson explained, "This is the latest issue. After page No. 17, there is a proof of the hail conjecture."

After he finished speaking, he joked, "The paper in the "Journal of the Mathematical Society" must not be imprecise in the proof process, right?"

Uluz froze.

He walked quickly to Williamson's desk, picked up the latest magazine, immediately turned to page No. 17, and read it carefully.

Chapter 138 Don't even bother me!

Princeton University is the 'mathematics palace' in the university world.

Uluz is in the "Mathematics Palace" and serves as a researcher at the Institute for Advanced Study. He is a full professor at Princeton and also serves as a lecturer in "Number Theory" in the Department of Mathematics.

If you put several positions together, you will know the level of Uluz.

Uluz has won many awards related to mathematics. Most of his research results are in the field of complex mathematics, and he is committed to the calculation of simplified complex mathematics. However, to be a lecturer of the subject of "number theory", he must have a certain level of number theory.

More than ten years ago, Uluz was only in his 30s. He devoted himself to the study of the distribution of prime numbers, hoping to solve the problems in number theory. The Prime Number Problem".

This is also Uluz's proudest achievement.

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

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

He is very sensitive about matters related to mathematical conjectures.

Hearing from Jody Williamson that the "Journal of the Mathematical Society" published the proof process of the hail conjecture, Uluzi didn't even bother to attend class, picked up the magazine and read it seriously, and walked to the podium unknowingly , continue to look at the proof process.

get out of class has ended.

The other students laughed and left the classroom, and Jody Williamson stayed a little embarrassed. He wanted to go back to his magazine, but Professor Uluz was still reading it seriously.

In the end Jody Williamson simply gave up.

Uluz was so absorbed that he watched it for nearly an hour. When he heard the chaos around him, he recovered his senses and raised his head to find that the classroom was full of students.

"Another class?"

Uluz felt a little overwhelmed. He spoke patiently for a while, but then he was really impatient, and he simply said to the students, "Journal of the Mathematical Society, there is a proof process of the hail conjecture. I read it for a while, and the proof method It's really interesting, the most interesting thing is that all the most basic formulas and methods are used, I suggest you also take a look..."

"Next, self-study!"

"Sorry, I have to research that paper!"

Uluz hurried away after saying a few words. When the students in the classroom heard the news, they hurriedly inquired who had ordered the "Journal of the Mathematical Society".

The proof process of the Hailstone Conjecture quickly became popular in the Department of Mathematics of Princeton University. It is not because the students in the Department of Mathematics of Princeton University are of high level. Even the students of the Department of Mathematics of Princeton University are only undergraduates.

Most students are indeed very talented in mathematics, but because they have limited exposure to knowledge and have not done real research, it is difficult to have a high level of mathematics.

This is mainly because Zhao Yi did not use too advanced formulas, theorems, or complicated mathematical methods in the process of proving the hail theorem.

This is interesting!

The proving process of many mathematical conjectures, even if it is a paper for research, will use very profound formulas, theorems, and very complicated mathematical methods, which make people dizzy and dizzy. Ph.D. level and above, it is very difficult to understand.

Zhao Yi's proving process of the hail theorem is more complicated in comparison. The thesis has written nearly [-] pages, and it is still the result after simplifying some steps, but 'complex' does not mean advanced, which makes many mathematics departments Even undergraduates can understand it.

When students can understand the proofs of mathematical conjectures, they immediately feel a sense of accomplishment, and they become more interested in the research process.

The same thing happens in many places.

It's still night at home.

Zhao Yi noticed the email from the "Journal of the Mathematical Society", and he also felt a little excited, but the "Journal of the Mathematical Society" has just been released, and it will definitely take time to spread to China.

He didn't particularly care.

After returning home that day, I was still studying the robot program. After less than a month of research, the results are still very good.

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