Chapter 197: The answer to the world's unsolved mystery came to my mind.
The eyes of the masses are bright, and some netizens in the comment area recognize that there is a group of top students who are Professor You's students.
"There are several students here who are students of Professor You, and if I had such a great teacher, I would have come here to participate in the competition."
"It's just a middle school teacher, and now she's on an equal footing with these old professors as judges, and she's really someone else's teacher."
"Do you think I'm not a top student? I just lack a teacher like this to make me a top student. ”
"Does he still teach? I'm going to find someone to take care of and get the child into his class. ”
"The teachers and the children are from someone else's family."
Although Professor You faced such a fierce environment at the judging site, his mind was not here. The mind is full of Fermat conjectures.
In fact, in the original world, Fermat's conjecture has been renamed and called Fermat's law.
After all, the puzzle has been solved.
And she clearly remembered the previous system rewards.
It also includes the field of mathematics, so this conjecture of countless mathematicians is not unattainable in his eyes.
It was at this time that some processes of Fermat's conjecture suddenly popped up in my head.
First, let's assume that there is a positive integer solution x, y, z satisfying Fermat's equation x^n + y^n = z^n, where n is a positive integer greater than 2.
Then, we introduce the concept of a modular function so that W(x, y, z) represents the value of the solution of Fermat's equation (x, y, z) at modulo n.
Next, we use our knowledge of number theory and complex algebraic operations to derive a key equation: W(x, y, z)≡ 0 (mod n).
This equation reveals the special properties of the solution of Fermat's equation and lays the foundation for the reasoning that follows.
Then, considering the properties of the W function, we take advantage of the periodicity and recursiveness of the modulo function to advance step by step. Through complex mathematical derivation, we come to an important conclusion: W(x, y, z) must be a non-zero integer, otherwise the Fermat equation has no solution.
Next, we use the inverse operation of the modulo function to relate the modulo n value of the solution of Fermat's equation (x, y, z) with the original value of the solution, and establish an important mathematical relationship.
Through this relation, we can reduce the solution of the Fermat equation to a more concise form.
Finally, we use complex mathematical reasoning and number theory techniques to classify and discuss the solutions of Fermat's equations, gradually narrowing down the range of solutions.
By constantly eliminating impossible solutions, we finally conclude that the Fermat equation has no positive integer solution when n is greater than 2.
The sudden burst of inspiration was hard-won, and he didn't have the heart to be here now.
She wanted a blackboard at this time, and quickly recorded everything she could think of first, so as to facilitate the later completion of the argument of this conjecture.
No matter what other people's eyes think of her, just do it when you think of it, he quickly stood up stunned.
It's like sleepwalking after falling asleep, and people who don't know it will find it a little weird.
Put Professor Yang next to him under a wit: "What's wrong with Professor You?" Is it because you are not feeling well? ”
I'm deducing it in my head right now. So she didn't hear the warning.
This surprised Professor Yang a little.
Now everyone is on the judges' bench looking at the students below, and it seems quite abrupt for him to stand up alone.
Wu Jian poked him directly from the side, but there was still no response.
Let him wake up, stunned and ignored it.
When the judges saw Professor You suddenly stand up, their expressions couldn't help but become nervous.
They exchanged glances, wondering what was going on.
After all, in the mathematics competition, Professor You has always sat upright, and the image of contemplative reasoning is deeply rooted in the hearts of the people.
"Look, Professor You seems to have made some new discoveries?" One of the judges asked in a whisper.
"Yes, her expression seems to be a little excited, could it be that she has discovered some breakthrough solution?" Another judge also whispered a guess.
Actually, he didn't mean to be like this.
If someone else says a few words, then what just came to mind, she really doesn't know when the next time will appear.
This is not an ordinary conjecture, this is an unsolved mystery in the world.
It was at this time that he did something that shocked everyone even more.
The students were competing with each other, and she stood up and walked away, walking like that.
Fortunately, the road surface is relatively flat, otherwise it is easy to fall on your head.
Not only were the judges next to him stunned, but the audience in the live broadcast room was also confused.
In the initial exclamation, the audience in the live broadcast room tried to listen carefully to the obscure mathematical argumentation process of the top students, but as time passed, they gradually lost interest.
The eyelids grew heavier, and some people couldn't help but doze off.
The screen was full of barrages, telling of their confusion and confusion.
All this is obviously beyond the comprehension of ordinary audiences, who can only helplessly face this unfathomable mathematical deduction, unable to go deep into it.
The moment I saw Professor You standing up, the comment area in the live broadcast room instantly became lively.
Professor You's sudden movements left them a little confused, but at the same time, it also sparked their curiosity and interest.
"Wow! Where is Professor You going? Is such a sudden appearance to bring us some surprises? “
"Hurry up and explain, Professor You! We're all curious about what you're going to do! “
"Wow! Is Professor You going to make another move? “。
"What kind of math trick is this time? Looking forward to it! “
"Professor You is a genius in the world of mathematics, and every time he makes a move, it is amazing!"
"Did Fermat guess?"
"If yes, that's just shocking! Fermat's conjecture is one of the world's mathematical problems, and it is incredible that Professor You wants to solve this puzzle! “
The barrage in the live broadcast room was instantly filled with all kinds of speculation and curiosity, and everyone was looking forward to Professor You's next performance.
As a result, in everyone's expectation, she walked out of the live broadcast screen without saying a word.
(End of chapter)