Almost everyone stared at the title on the large projection screen with wide eyes and disbelief.

Qin Ke and his girlfriend Ning Qingjun used the so-called "fourth-order transformation method of lime number theory" to simultaneously prove Zhou's conjecture, Brocard's conjecture and Jepoff's conjecture?

For a moment, everyone in the Norman lecture hall was speechless, making the entire lecture hall so silent that you could almost hear a pin drop.

After a few seconds, someone exclaimed "ah".

Taking this exclamation as a signal, the originally stagnant air in the venue finally returned to flow, but most of the shocked audience completely forgot about the discipline and etiquette of the venue, and started whispering among themselves.

Jiang Yimin was sitting next to Academician Wang Xiaoyun. He couldn't help but asked in a low voice: "Academician Wang, can Qin Ke really prove these three conjectures?"

After all, he had studied the direction of number theory. Not to mention the famous Zhou's conjecture, he had also studied the less famous Brokar's conjecture and Jebov's conjecture, but he had no way of starting.

Qin Ke actually said that he and his girlfriend proved these three world-class conjectures that are ranked in the top twenty in the number theory community at once?

Really... I really thought that the conjecture was proved by buying Chinese cabbage! Just pick it up and buy it home?

Academician Wang Xiaoyun looked at Qin Ke's confident look and sighed: "I don't know, this kid's genius is beyond the scope of normal people, or maybe he can really do it. After all, these conjectures are better than the twin prime conjectures."

And the two propositions he proved the night before are simpler."

Professor Wiles, who proved Fermat's last theorem, was sitting with Faltings. Wiles looked at the young man from Xia State who was too young on the stage, smiled and shook his head and said to Faltings: "This boy,

It’s really just a matter of silence, and it’s a blockbuster. When I read the three papers he wrote on the Riemann Hypothesis, I knew that this kid was definitely not a creature in the pool. It seems that it is worthwhile for me to make a special trip here today.”

Faltings has always been known for his academic rigor. He made no comment and just said: "Let's take a look first."

The audience in the back did not have the energy-raising skills of the big guys, and they kept talking about it:

"This...isn't this incredible? I've never heard of this 'fourth-order transformation method of lime number theory'."

"Didn't Qin Ke say it? This was just named. It was originally called 'Geometric Number Theory Matching Approximation Method'. Of course, I have no impression of this name."

"It's amazing. If this 'fourth-order transformation method of lime number theory' can really prove three difficult problems such as Zhou's conjecture, it should be a new analytical number theory method comparable to the 'big sieve method' and the 'circle method'."

"Let's take a look. After all, if you dare to make a report publicly, it must be worth listening to."

Professor Thomson looked at the title above and clenched his fists tightly. He had not slept much since the night before. He kept thinking about Qinke's theory that there are infinite Mersenne primes and that the Fibonacci sequence has infinite numbers.

The proof process of prime numbers.

He vaguely noticed that these two seemingly completely different proof processes contained similar methods and skills, but he still couldn't find the answer after pondering for two days.

"The fourth-order transformation method of lime number theory...could this be the answer?" Professor Thomson was looking forward to it, but also a little anxious.

He knew that if the fourth-order transformation method of lime number theory could really prove the three conjectures in the title, then he would have no chance of winning this year's Kohl Prize.

…

In the distant Qingmu University, the auditorium was also plunged into deathly silence. Even the school leaders sitting in the front row, who had experienced the storm for a long time, were completely confused by Qin Ke's "unexpected" move.

Their mood at this time was like that of a poor man who had been buying lottery tickets for many years and finally won five million. He happily ran to redeem his prize, only to be told that you made a mistake. The prize you won was not five million, but -

-Fifty million!

Because it was too surprising and unexpected, it made them feel unreal.

They subconsciously stood up and looked back for another name in the title - the girl sitting in the venue.

The students in the mathematics class all focused their attention on Ning Qingyun.

Ning Qingyun was also a little confused. She did not expect that Qin Ke would suddenly give her such a big surprise. He would display their academic achievements at this much-anticipated report meeting and also "match geometric number theory".

"Approximation method" was changed to "Lime number theory fourth-order transformation method".

Qin Ke brought her to the dazzling international stage, allowing her to stand side by side with him! Just like in the past, ibo!

"Qing... Qingyun, did you and Qin Kezhen prove Zhou's conjecture?" Gu Yanfei was sitting next to Ning Qingyun. She had a carefree personality and was the first to come to her senses. She grabbed Ning Qingyun's shoulders and asked excitedly.

She is not a math major and doesn't know much about number theory, but Zhou's conjecture is easier to remember and pronounce, so she only mentioned the name of this conjecture.

"Yes." Under the gaze of countless eyes, Ning Qingyun's face felt a little hot and she nodded gently.

"The other two conjectures have also been proven?" Gu Yanfei's voice was raised a few points because of too much surprise and excitement, and it was particularly clear in the silent auditorium.

The girl with a single ponytail nodded again.

Suddenly I heard a commotion in the front row, but it was Principal Huang at the front who rubbed his heart vigorously and sat down with an uncomfortable look on his face.

"Quick... who has a life-saving pill? Principal Huang's old habit that he hasn't made in several years has happened again!"

After being flustered for a while, Principal Huang's expression calmed down. He waved his hand to indicate that he was fine, stopped others from calling an ambulance, and then looked at Qin Ke who was already giving a report on the big screen, and cursed: "

This stinky boy...this stinky boy..." He was cursing, but he couldn't help but grinned, and there were even tears in his eyes.

Gu Bojun and other school leaders who were nervous next to him also started laughing.

Countless people looked at Qin Ke on the big screen, and then at the elegant and elegant girl with a single ponytail who was still sitting in the crowd. Even the dullest people knew that from today on, the two most dazzling figures in the mathematics world of Xia Guo

A new star was born.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! And because of these two dazzling new stars, Xia Guo’s mathematics community will return to the field of vision of the international mathematics community.

…

In the Norman Lecture Hall of the Princeton University Auditorium, Qin Ke stood on the lecture platform and gently tapped the microphone. The slightly harsh noise suddenly restored silence in the lecture hall.

Qin Ke adjusted his mood, looked around everyone, and said in the calmest voice: "Because my girlfriend is not here, I will discuss the proof process of these three conjectures together."

Under the gaze of countless surprised, doubtful, curious, or expectant eyes, Qin Ke switched the ppt.

"Let me first explain this 'fourth-order transformation method of lime number theory'. In my previous paper on "Proof of the Twin Prime Conjecture", I created a "finite number system" based on the construction method.

In the paper "Exploring the Direction of Core Expressions to Crack the Riemann Hypothesis", the construction method was improved and a core expression group was proposed as a new direction to crack the Riemann Hypothesis. These two papers were published in the "Annals of Mathematics" respectively.

As well as the "Journal of the American Mathematical Society", if you are interested, you can read it by yourself."

"The 'Green Lemon Number Theory Fourth-Order Transformation Method' is based on the methods mentioned in these two papers and is continuously refined and improved. It is a number theory processing method based on algebraic geometry and uses Diophantine approximation.

Algebraic number theory thinking such as the approximation and matching of rational numbers to irrational numbers, coupled with the Padé approximation method and several transformation techniques such as Merlin transform and Fourier transform, jointly build a bridge between prime numbers and algebraic geometry."

"Yes, its core idea is to transform the prime number problem into an algebraic geometry problem."

"I think the 'fourth-order transformation method of lime number theory' is like a multi-functional saber. It may not be sharp enough and its armor-breaking power is not strong enough to be used for Polignac conjecture. If it is transformed into an algebraic geometry problem, it will be terrifying.

There is a problem with the amount of operations, but it is more flexible and changeable. As long as you repeatedly switch between the four mathematical methods of geometry, algebra, approximation, and matching, you can combine different uses."

"It can be said that it is suitable for proving Zhou's conjecture, Brocard's conjecture, Djebov's conjecture, twin prime number conjecture, and relatively less complex number theory problems such as Mersenne's prime number proposition and Fibonacci sequence proposition."

“Next, I will first explain the specific practical usage of the ‘fourth-order transformation method of lime number theory’ by proving Zhou’s conjecture, Brokar’s conjecture, and Jebov’s conjecture as examples!”

Although there are countless big names in mathematics in the audience, Qin Ke is full of confidence in the "fourth-order transformation method of lime number theory" that he and Ning Qingyun jointly perfected. He is not afraid of others questioning and asking questions, so he appears to be arrogant in his behavior.

freely.

The "fourth-order transformation method of lime number theory" is indeed no longer the original "geometric number theory matching approximation method" mentioned in the original "Full Analysis of Riemann Hypothesis". Qin Ke used Ning Qingyun's experience in proving three conjectures and his own proof of Mersenne

From the experience of prime number propositions and Fibonacci sequence propositions, better and more varied processing methods have been refined and integrated into them, making them more flexible and mysterious, as flexible as water and containing powerful power!

The computer on the report desk has a stylus for writing mathematical symbols.

Qin Ke held the pen in his hand and wielded the "fourth-order transformation method of lime number theory" with ease, weaving difficult and difficult mathematical symbols and mathematical calculations into a gorgeous "truth attack", just like a piece of cake unraveling a cow, dismantling the Zhou Dynasty with ease.

He guessed the layers of defense, and then went straight to the core and knocked it down.

The whole process only took seven or eight minutes.

Seeing the densely packed but mathematically beautiful calculations on the huge projection screen, everyone present was stunned.

"This... this... what is this? It's dizzying and I can't understand it at all."

"I can't understand it either. I can only say that I don't know how serious it is!"

"I barely understood half of it, but it was really subtle. I seemed to be watching a gorgeous magic show. My God, it was incredible and wonderful. This is the charm of mathematics!"

Most of the students present said they couldn't understand it, and it's not their fault.

There are more than 800 students at Princeton University, and there are only more than 300 in the mathematics department. Moreover, these mathematics students are not necessarily familiar with number theory. Even if they are familiar with number theory, they are not necessarily familiar with algebraic geometry, Merlin transformations, and Banach spaces.

Non-empty closed convex sets and many other fields of refinement, after all, Qin Ke’s “fourth-order transformation method of lime number theory” is a comprehensive application of several mathematical sub-subjects, which is a great test of a student’s depth and breadth of mathematical knowledge.

Only Ning Qingyun who had studied Qin Ke's tailor-made "Zhi Ning Qingyun II" in such a targeted manner could quickly master and apply this new mathematical method.

Of course, just because the students can't understand it doesn't mean that the big guys can't understand it.

At least the dozens of mathematicians sitting in the front row were watching intently, with shock and admiration in their eyes, and they didn't even notice that they were leaning forward slightly.

Their mathematical intuition over the years told them that Qin Ke was opening up a brand new world with an unprecedented mathematical method!

Professor Thomson stood up with a pale face and kept mumbling, "It's it... it's it... I've been thinking about the answer for two days without understanding, it's it..."

In less than thirty minutes, Qin Ke had neatly completed the proofs of the three conjectures.

"Look, it's so simple to prove these three conjectures." Qin Ke raised his head and looked at the countless eyes in the audience and said.

quiet!

There was silence!

Then sparse applause first rang out from the math experts in the front row, and then spread to the entire venue, like a thunderstorm!

Qin Ke made a quiet gesture, and the venue quickly became quiet again.

"Thank you everyone, please stay calm. Because time is limited, I want to complete my report within an hour, and then enter the half-hour question and answer session." Qin Ke smiled in front of the countless excited and shocked eyes in the audience.
To be continued...