Before Qingmu University held a formal press conference the next day, the media had already frantically reported on this far-reaching academic event.

For the international media, the press release has naturally been written long ago. At this time, the press release "Qin Ke failed to defend, the Riemann Hypothesis has not been cracked" was directly stuffed into the shredder and replaced with another more detailed one.

"Qin Ke successfully passed the IMU review, and the Riemann Hypothesis was proved a foregone conclusion!" Just add some screenshots of the live broadcast room.

The domestic news media are more direct. Most of them did not prepare a manuscript for Qin Ke's failure in defense. Anyway, if he really failed, most media would not ask for trouble to report it. On the contrary, they wrote several reports.

Special reports of different styles, from Riemann to Riemann Riemann, to several papers by Qin Ke, as well as the academic significance and impact on the mathematics community after the Riemann Hypothesis was proved, etc.

These special reports appear very timely and can arouse the interest of domestic readers.

After all, in China, the reputation of the Riemann Hypothesis is inferior to that of Goldbach's Hypothesis. If it were not for Qin Ke's celebrity halo, I am afraid that its popularity among ordinary people would be even lower.

As a result, one piece of news quickly came out and dominated the major news websites, and the headlines of the paper media also attracted countless clicks, and the traffic of major websites skyrocketed!

"my country's young mathematician Qin Ke successfully conquered the most difficult mathematical problem, the Riemann Hypothesis, and was recognized by IMU" - so formal, at first glance it was published by a serious media like "Xia Guo Youth Daily".

"Qin Ke reaches the top of world mathematics with "Riemann-Qin Theorem"! "

"The young mathematician from Xia State, who is only twenty years old, has created mathematical miracles that no one can match!"

"He has picked up the most dazzling pearl in the world of mathematics again!"

"The Riemann Hypothesis has been proved, is Qin Ke still far away from the Fields Medal?"

——These more attractive and unique titles are naturally published by various academic media including "Xiaguo Academic Journal".

Fortunately, we are now in the electronic age. If we were in the era of paper media, it would probably be more expensive than Luoyang paper.

Even the evening news on CC1 that night had an urgent news break:

"Another good news for my country's mathematics community. This afternoon, after nearly two hours of questioning, the Riemann Hypothesis expert jury sent by the International Mathematical Union IMU officially voted and unanimously approved the proof of Riemann's hypothesis by my country's young mathematician Qin Ke. The academic achievement of Mann's conjecture. A world-class problem that has troubled the international mathematics community for more than two hundred years has since become a new theorem. It is reported that this is the third world-class problem that Qin Ke has proved this year after the Hailstorm Conjecture and Goldbach's Conjecture. The conjecture marks that outstanding mathematicians in our country’s mathematics community have reached the forefront of the world..."

This is the Nth time that Qin Ke’s name and photo have appeared on the evening news. Hundreds of millions of viewers sitting in front of the TV have once again remembered the name of this young mathematician.

For a time, Qin Ke and the "Riemann Hypothesis" became the most common words in people's mouths across the country. I don't know how many people lamented that "giving birth to a child should be like Qin Ke."

In Yuanzhou, Qin Ke's grandfather Shen Tieshan and Professor Shi Cunyuan and Professor Lin Haibo made an exception and opened a bottle of wine to celebrate Qin Ke's great academic achievement, drinking until his face turned red.

All the employees and technicians of Qing Ning Technology's head office, Beijing branch, and Qing Ning Plant Cultivation Laboratory gathered together for a dinner and happily celebrated the big boss's achievement of the top mathematics honor.

In the small town of Qingping, Qin Ke's home was already filled with people. Countless neighbors came to congratulate him, almost breaking the threshold.

Although most of the residents of the town don't know what the Riemann Hypothesis is, since it was reported on the evening news broadcast, it must be a great achievement, not to mention that all the leaders of the town came to greet Qin Ke's family and show their utmost care and concern.

There are also some parents of students who will take the college entrance examination next year, begging for some stationery, pens, rulers and even erasers from Qin Ke's childhood, saying that they want to go back and use them as amulets for their children to take on the day of the college entrance examination next year, making Qin Yanghui and Shen Qiuyi dumbfounded.

Qin Xiaoke did not go home because he lived in Yingyuan Private High School, but he was also surrounded by countless classmates who were envious and pursued.

The little girl crossed her arms and looked at people

The group members said proudly: "It's nothing to crack the Riemann Hypothesis. Don't praise my brother. After all, for my brother, any world-class conjecture is just a piece of cake for Soeasy..."

Of course, some people are happy and some are sad.

A large number of mathematicians from all over the world who are studying the Riemann Hypothesis are tossing and turning all night long. A great mathematical conjecture is proved, which means that the mathematicians who tried to prove it before are "unemployed", and they can only stuff their hard work into shredded paper with tears in their eyes. In the machine.

But destruction also means rebirth. When a great mathematical theorem is born, there will be countless new academic results worth studying and promoting. After a short period of depression, these mathematicians devoted their energy to the more than a thousand newly established theorems. middle.

In addition, the huge potential of Riemann's academic works demonstrated by Qin Ke in proving Ricai also attracted countless mathematicians to re-excavate Riemann's "academic legacy" and strive to complete Riemann's missing notes.

All these promote the prosperity of the mathematics community at home and abroad.

In short, overnight, Qin Ke's name resounded to every corner of the world's mathematics community. Even the stubborn old mathematicians in the world who despised the ancient oriental country had to admit that Xia Guo had produced a great mathematical work. Home.

Some fanatic fans even openly deified Qin Ke on the Internet, believing that Qin Ke was the greatest god of mathematics in the past ten years and the most outstanding master of mathematics after the Emperor Grothendieck of geometric algebra.

Amid this bustle, the Clay Institute of Mathematics in the United States also issued a notice on its official website, officially acknowledging that Qin Ke had solved the Riemann Hypothesis, one of the seven Millennium Problems in Mathematics they proposed, and would Award Qin Kesong with this year’s Clay Research Award and a reward of US$1 million.

The Clay Mathematics Institute is a mathematics academic research institution headquartered in Cambridge, Massachusetts. It is a non-commercial public welfare organization established more than 20 years ago.

The combination of its founders is very interesting. One is the wealthy businessman Langton Clay, and the other is Harvard mathematician Professor Arthur Jeff.

If you have money, you will be rich, so the institute is named after Langton Clay.

Langton Clay is a businessman with great mathematical sentiments. Although he has not achieved any outstanding results in mathematics, he firmly believes that mathematical knowledge has great value and can greatly promote the progress of human civilization and society. Therefore, he and his friends,

Renowned mathematics professor Arthur Jeff co-founded the Clay Institute.

And he is very smart. In 2000, not long after its establishment, he selected the seven most difficult and meaningful mathematical problems with reference to the 23 problems proposed by Hilbert in 1900, and set them as the "Seven Millennium Problems"

”, and offered a huge reward totaling 7 million US dollars.

Ten thousand U.S. dollars is a large amount of money. You must know that the Breakthrough Prize in Mathematics has not yet been established. At that time, the top prize in mathematics, the Fields Medal, was only Canadian dollars, so the huge reward of 7 million immediately caused a lot of excitement in the academic world.

The sensation, coupled with the original fame of these seven mathematical problems, made the Clay Institute quickly become well-known in the mathematics community and even ordinary people.

Poincaré's conjecture among the seven millennium problems has been proved by Grigory Perelman, a mathematician from the Xiong Kingdom. The Riemann hypothesis is the second millennium conjecture to be proved.

The staff of the Clay Institute made an overseas call to Qin Ke the next morning:

"Congratulations on successfully proving the Riemann Hypothesis. Professor Qin Ke, we are going to invite you to visit our institute and participate in the "Riemann Hypothesis Special Lecture" we plan to hold at Oxford University. We will award you with the award on the spot.

This year’s Cray Research Award, along with a $1 million reward.”

The Clay Research Award is not a very powerful award. Compared with the Ramanujan Award, the Kohl Number Theory Award is inferior. However, because it is a purely academic award, its status is much higher than the Humboldt Research Award.

Although it cannot be counted into the five awards required by the system's "Please continue to win more mathematics awards" task, it is still very beneficial for Qin Ke to receive this award and the reward money. After all, so far,

He will be the first mathematician to win the Millennium Puzzle Prize.

——Proved the Poincaré conjecture

Grigory Perelman had a very strange character. He refused to receive the bonus and did not even accept the Fields Medal. Instead, he went to the mountains and forests to continue studying his own mathematics.

Qin Ke asked; "What time is it specifically?"

"This can be decided by you, because this is an academic seminar specially held for you."

Qin Ke looked at the schedule and made a reservation for mid-October.

"Okay, we will send you a specific invitation letter via email after we have decided on the venue tomorrow. I wish you a happy life."

Winning the Cray Research Award is undoubtedly the icing on the cake, but for Qin Ke, neither the Cray Research Award nor the $1 million bonus is as pleasant as the system's prompt tone.

"Ding dong! You have successfully proved the Riemann Hypothesis, and the last set of the most difficult expressions was completed by you alone. The "scores have made me improve" system has rated the "scores" as "S-level". "The scores have made me improve."

"Progress" function takes effect, your math points!"

Qin Ke's heart was beating wildly. It was indeed the most difficult top-level number theory conjecture, and the system actually awarded some academic points!

You must know that if you prove Goldbach's conjecture and Hail conjecture, the system only rewards the combined tasks, giving a total of 2,000 mathematical points - of course, in addition to academic points, that task also has a more luxurious and immeasurable gift.

, S-level knowledge "Revealing the Hodge Conjecture".

Along with the system beep, Qin Ke clearly saw the math upgrade progress bar taking a step forward.

"Mathematics level: Grandmaster level, next level: God of Mathematics level, upgrade progress: 00."

He is closer to the level of "God of Mathematics".

Qin Kezheng was happy when the system prompt sounded again:

"Ding! You have a new mission for the God of Learning!"

"Ding dong! God of Learning mission update "Please continue to solve more millennium mathematical problems"!"

"Please continue to conquer more millennium mathematical problems: Goldbach's conjecture is just an appetizer, and Riemann's hypothesis is not the end. There are still important unsolved problems on the road of human mathematics. Please continue to work hard and conquer Hodge."

Conjecture, Navier-Stokes equation, NP-complete problem, Yang-Mills existence and mass gap, any four of the BSD conjectures!"

"Attention, because you have obtained S-level knowledge "Exploration and Detailed Explanation of Nonlinear Partial Differential Equations "Navier-Stokes Equations"" Part 1, 2, and 2 and "Revealing the Hodge Conjecture", you can solve this

Two questions can be counted into the task, but they will not be rewarded with extra points. The remaining three questions can all be awarded math points."

"Task reward: S knowledge "A new program for the unification of mathematical theory"!"

"Please work hard and reach the pinnacle of human mathematics!"

Qin Ke was dumbfounded when he saw this task. He had to solve any four of the remaining seven millennium mathematical problems by himself?

Well, the algebraic geometry problem of "Hodge's Conjecture" and the "Navier-Stokes Equation" problem are relatively confident because of the systematic knowledge at hand, but the remaining three, which one is not less difficult than

Riemann Hypothesis?

The "NP-complete problem" is a mathematical computer algorithm problem, but it cannot be solved with the help of modern advanced supercomputing and even artificial intelligence. It can only be solved by the wisdom of capable mathematicians.

"Yang-Mills Existence and Mass Gap" and "Navier-Stokes Equation" are both interdisciplinary problems that combine physics and mathematics. They are both related to the general solution of partial differential equations, but the former belongs to mathematics quantum

Mechanics, the latter being mathematical fluid mechanics.

The "BSD conjecture", that is, the Behe ​​and Svenaton-Dyer conjecture, is a problem in the field of number theory. To be more detailed, it is a conjecture in the direction of Diophantine. Countless number theory masters have encountered obstacles in the past on the Riemann hypothesis.

I turned to the BSD conjecture, but I hit my head and broke my head again. The difficulty is high as you can imagine.

But after Qin Ke thought about it seriously, he found that it was not completely impossible to solve these millennium problems.

His level of computer science is not the best in the world, but he is definitely a master, not to mention mathematical algorithms, "NP-complete problems"

You can try one or two.

"Yang-Mills Existence and Mass Gap Problem" is to find a general solution to nonlinear partial differential equations. The goal is to describe the physical laws behind all particles using a mathematical framework. Quantum mechanics is also a new direction of Qin Ke's current efforts, and he has obtained

The topic of cooperation with Professor Koppet from China is related to quantum theory. As for nonlinear partial differential equations, after deriving the fifth set of expressions of the Riemann Hypothesis and proving Goethe's, Qin Ke has become a top expert in this field.

.

Number theory Qin Ke and Ning Qingyun are both very familiar with and good at it, but neither of them has delved deeply into the Diophantine subdivision to which the "BSD conjecture" belongs. However, with a solid foundation in number theory, the "BSD conjecture" may not be

It's hard to get to heaven.

Qin Ke thought for a long time and finally decided that he had to eat his food one bite at a time and solve the problems one by one.

/

Please remember the domain name of this book:. Novels of Strange People of the Republic of China
Chapter completed!