Scholar’s Advanced Technological System

The unity of algebra and geometry has been a long-standing topic.

In fact, this is not an actual research direction, and even runs counter to the general trend of the development of mathematics.

After all, as everyone knows, as most studies enter shallow waters into deep waters, the branches of research are like branches in bushes. The more prosperous, the more complicated it becomes.

The development of mathematics is still the same.

If two-century scholars such as Gauss can be found two centuries ago, even now IQ230 geniuses such as Tao Zhexuan can only achieve a limited range of mastery and a limited range of mastery. .

For most people, let alone being proficient, being able to fully grasp knowledge in a certain direction, and making certain achievements on it, is already a scholar who can stand alone.

With regard to the huge proposition of unified algebra and geometry, except for a very small number of geniuses who suddenly have similar ideas, almost no one will be idle and bored to think about this rather than prove a mathematical conjecture. Actual problems, not to mention it as this year's opening report.

However, it is for this reason that these tasks, which can only be done by a few people, have become invaluable in the long history of mathematics.

Looking back on the days of Descartes and Fermat, through the study of geometric figures by Cartesian coordinates, people first combined algebra and geometric methods together.

Imagine how surprised he was to plug a lighter into the hands of the primitive man and tell him that he could work with a wooden stick for dozens of minutes at the touch of a button.

Although this is a knowledge that even junior high school students can use skillfully, but for the mathematics world at that time, the sensation was groundbreaking, and analytic geometry has therefore ruled the mathematics world for several centuries. Until 1857, a genius named Riemann proposed the theory of algebraic functions, and the first absolute invariant in the history of algebraic geometry-"genus". The birth of algebraic geometry was the end of the old era.

After that, there are still countless geniuses who have devoted themselves to this great cause, and continue to contribute to this bridge between algebra and geometry.

In the twentieth century, the three major structures proposed by the Burbaki school took the entire structural mathematics. In mathematics, any plate with structural characteristics can be defined as "algebraic structure", "topological structure", "ordered structure". Three major mother structures.

Grothendieck's "probability theory" put a new era in algebraic geometry, and the lecture entitled "Basics of Algebraic Geometry" in his seminar was also Blessed for the Scriptures of the Secretary and the Academia.

Many people have invented a novel mathematical tool, and many have started a subject, but few people have been able to connect these intricate knowledge together and find their unity.

As everyone can clearly see, the subdivision of the discipline is the general trend. In the future, the branches of mathematics will increase with the development and prosperity of this discipline, and will be branched off by the efforts of countless ordinary or extraordinary people. Leafy.

But again, those who continue to work in the future must also have someone to do it ...

In fact, the new generation of mathematicians after the Grothendieck era have made many attempts.

For example, Mochizuki Shinichi has another set of theories in addition to the "Cosmic Theory"-"Hua Teichmuller's Theory", and put forward a "unique and obscure" method to unify algebraic and geometric elements Together, it's just that few people except his students can understand what he wants to do.

For another example, Schultz, his P-advance and perfect space theory have been gradually popular in recent years, and have been widely regarded as one of the theoretical tools most likely to unify algebra and geometry.

However, mathematical methods did not exist in isolation, but were born to solve problems.

And those mathematical conjectures are like touchstones. Only those problems that are actually solved can the mathematical tools and methods created can be accepted by the mathematical community.

Riemann's conjecture has now been proven, and Lu Zhou is undoubtedly the closest person to the Holy Grail above the crown.

If it is just like Fermat's Theorem to Wiles, it proves that the feats of Riemann's conjecture have pushed him from the throne of the world to the throne. The Grothendieck era defines new rules.

Or, renaming this brand new era with his name is no problem.

At the same time, Lu Zhou speculated that if he wanted to raise the mathematics level to LV10 and set foot on the first step of the road to the future, it would be necessary to complete this future work.

Even if the system doesn't give any prompt for a while, he can clearly feel this.

After all, if there is any merit that can surpass Riemann's conjecture.

I am afraid that there is only such a possibility.

...

After the briefing session, there will be a questioning session.

Because many people have not finished their dissertation, even after listening to his explanation, it still takes time to digest the huge information.

Except for Tao Zhexuan and Schultz, when they stood up and asked a few interesting questions, most scholars in the research field and a little farther from this direction were very silent and cautious. Even when they asked questions, they always asked Some issues that have little to do with the Riemann conjecture itself.

For example, what does the phrase he said at the last moment of the report-unified algebra and geometry mean? Is he already working on this subject, or is he just talking about it.

However, Lu Zhou did not want to answer this question, not to mention that this had nothing to do with the proof of Riemann's conjecture, so most of the questions on this subject were perfunctory.

But to be honest, Lu Zhou, who was standing on the stage to answer questions, was actually quite surprised. After spending so many days at the IMU conference, he did not find Professor Tao actually here.

Of course, he didn't know that Professor Tao arrived from Los Angeles overnight after watching the preprint he hanged on Arxiv. Before that, he had no intention of coming to St. Petersburg ...

The questioning session didn't take long, and it even ended much faster than imagined. In the applause, Lu Zhou bowed slightly and ended this landmark report.

It's over, this historic moment.

The applause has not stopped. Professor Holden, Secretary-General of the International Federation of Mathematicians, took a bottle of champagne to the podium and handed it to Lu Zhou.

"This is the gift of the Klinhia Hotel, and it is also the will of all of us. Open it, this century-old journey has finally come to an end, and you should use fine wine to celebrate. And this historical glory belongs to you!"

With applause, Lu Zhou took the champagne and nodded sincerely.

"Thank you."

"You're welcome ... by the way, if you plan to publish your results in a dissertation, I recommend" Mathematical Invention "to you. In fact, I sincerely recommend that you do so. You have published enough If you continue to do so, the top four issues will have to be delisted. "

In the second half of the sentence, Professor Holden spoke in a voice that only two people could hear, and it was also a joke.

After hearing this, Lu Zhou gave a slight stun, and then said with a smile.

"I will think about it."

Under everyone's attention, Lu Zhou did as prompted by Professor Holden, shaken hard, and opened the champagne. The sweet foam was like wings, sprayed on the ceiling, and sprinkled a lot of listeners sitting in the front row.

Lu Zhou originally wanted to apologize to these unfortunate guys, but saw that instead of being angry, they were sprayed with a look of joy, stood up with laughter, and pulled his chest wet and showed off with his friends On the contrary, the expressions of envy and remorse on the faces of several professors who have not been sprayed on.

Therefore, the regretful thing will stop.

The atmosphere at the scene reached its peak.

A glass of wine was poured into the goblet handed up by the hotel staff. UU reading book www.uukanshu.com Lu Zhou raised a glass to the audience, and after drinking it, returned the glass with the remaining champagne I gave it to Professor Holden, waved his greetings, and walked outside the venue.

At this moment, the reporters waiting outside the lecture hall have been waiting for a long time.

If it wasn't for the security guards at the door, the moment they heard applause and whistle from the lecture hall, they would like to rush in and find out.

Therefore, when the door of the lecture hall opened and saw the land boat appearing at the door, a group of reporters surrounded them like a shark smelling a fishy smell.

"Professor Lu Zhou, has Riemann's conjecture been proven?"

"Will you go to the French Academy to receive a $ 1 million bonus from the Cray Institute? What will you do after receiving the bonus? Will you donate it to those who need it?"

"I heard that your research was influenced by your student, Ms. Willa Puyi. Is this true?"

"Does Riemann's conjecture mean that the rules of modern cryptography will be rewritten? Are our bank cards and social accounts no longer secure?"

"Professor Lu Zhou ..."

In the face of a microphone just reaching him crazy, and those questions spilling like beans, Lu Zhou didn't answer a word. Under the **** of a group of big men, he kept walking towards the elevator. Go in the direction.

Just a few minutes ago, the transfer was scheduled.

Regardless of visa or other formalities, they have already been completed.

Not surprisingly, Willa was able to take a transfer plane today and fly directly from St. Petersburg to Shanghai, where experts from the 301 hospital took care of the work.

His return flight is before the closing ceremony tomorrow morning.

Compared to answering those boring questions, there are many things waiting for him to deal with ...