Zhou Wenping and Pan Wenhua stood up. They originally wanted to come over to help Wu Tong, but when they saw that Wu Tong did not even need to look at the manuscript and continued to edit the paper, they thought of Wu Tong's photographic memory and estimated that the manuscript was already in her mind and she just needed to output.
Their presence here was truly taking up Wu Tong's time, so he simply said goodbye.
"Wu Tong, keep busy!" Pan Wenhua stopped Wu Tong from getting up to see them off, quickly waved to Zhou Wenping and left. Wu Tong's academic level had long surpassed theirs. Asking them to review Wu Tong's proof was Wu Tong's respect for them, not something they could be proud of.
Wu Tong's achievements were beyond their reach; they should command the attention of the world. Even the trivialities of the school had to give way to such a monumental achievement; this was a glory for the school and for China!
It took Wu Tong four days to complete the entire paper, which was more than a hundred pages long. After some minor adjustments and corrections, he uploaded it directly to Arvix.
As for submitting the paper, Wu Tong thought for a moment and submitted it to the core journal of Peking University, Annals of Mathematics.
Although this mathematics yearbook is not the International Mathematical Yearbook, Wu Tong no longer needs the International Mathematical Yearbook to add icing on the cake. She can use her influence to add some support to the Peking University Mathematical Yearbook and enhance its international influence. This can be regarded as her small contribution to her alma mater and the current situation of domestic journals.
Domestic mathematics journals started late and have limited influence. Currently, there is no journal that can be called a top journal in China. Despite this situation, there are many predecessors in China who are constantly working hard. Wu Tong does not think that she has done anything remarkable; she is just doing the same things as many of her predecessors.
As for how to better maintain its influence and further increase the impact factor of the Peking University Mathematical Annals, ensuring that its success is not a flash in the pan, this requires the joint efforts of professionals and the wider community. One person's power is limited, but when it comes to changing the broader environment, the flames rise higher when everyone adds fuel to the fire!
Wu Tong's work has always been closely followed by many people both at home and abroad, especially since his 10,000-person lecture on the proof of the Goldbach conjecture, which has become a global phenomenon. Therefore, Wu Tong's paper caused a huge sensation both at home and abroad as soon as it was uploaded.
【Infinitely expanding manifolds! 】
[The solution to the Navier-Stokes equations exists and is smooth! ]
Upon seeing these two consecutive headlines, everyone was immediately shocked and blinded by the certainty! Their second reaction was to immediately begin studying and verifying the results.
No one dared to say that it was just a daydream or nonsense, after all, the author was Wu Tong!
No one can easily express a negative opinion about the paper of the prover of Goldbach's conjecture. This is Wu Tong's infinite influence in the world!
After the paper was uploaded, there was a state of shocked silence both at home and abroad. International experts quickly reviewed it one after another. As always, it was Wu Tong's style, rigorous and thorough, without any mistakes.
This gave them a huge boost of confidence. The NS equations might actually have been proven! All the mathematicians who saw this fell into a frenzy of verification.
Only a few ordinary scholars popped up, asking inquiries in the discussion forums: What's the situation? Has it really been proven? Has Wu created another miracle?
Has another Millennium Problem really been solved? Just like Peregman solved the Pombaré conjecture, has Wu Tong solved the NS equations?
Incredible, truly incredible! Wu Tong had just solved the Goldbach Conjecture in March and April. It had only been six months, and one of the seven Millennium Problems, a universally acknowledged world super-problem, couldn't stop Wu Tong?
The paper, which is more than a hundred pages long, is so difficult in content that it has already kept out a large number of mathematicians with insufficient foundation. They were stopped at the first step, the study of infinitely expanding manifolds.
Now, we are looking forward to the speeches of those experts and witnessing the miracles. Wu Tong, with her brilliant record of being a conjecture terminator, has proven one conjecture after another, and has firmly established her influence.
However, the experts who can understand Wu Tong's paper are now immersed in studying it with great effort, and no one has the time and energy to answer these useless questions.
A proof paper of more than one hundred pages, plus another methodological paper with equally rich content and brand-new theory, a total of about two hundred pages full of dry goods, it is really not something that can be read in a short time!
Even the world's leading experts couldn't come up with a quick answer this time. The NS equations are so vast and so important that no one can reach a conclusion immediately. Without repeated research, no one dares to speak rashly.
Like the simmering volcano before it erupts, the news of Wu Tong's proof of the NS equations has been brewing, waiting for the day it will finally erupt. And that day isn't too far off.
Two days later, Terence Tao, who has always been hailed as a child prodigy and proficient in almost all the subjects he studied, put down the paper in his hand with a sense of unfulfilled desire, and could not wait to open Facebook to express his feelings.
Thank you, Wu Tong, for once again bringing amazing miracles to the world. This has allowed our mathematics to take another step forward and laid another great monument in the edifice of mathematics!
[Mr. Qiu, who introduced partial differential methods into differential geometry, laid the foundation for the birth of geometric analysis. Mr. Gromov, who introduced the concept of quasi-holomorphic curves into differential geometry, pioneered symplectic geometry!
Thanks to Wu Tong for creating a new method. She used differential manifolds to build a magical bridge between topology and partial differential equations, and used this to prove the NS equations. She created a discipline!
Although the research idea of "using topology to intervene in partial differential equations" was not initiated by Wu Tong alone, the shadow of this research idea can be seen in Hilbert's paper, as well as in the research results of Brauer, Banach and others.
However, Wu Tong truly perfected this research idea, and completely perfected it from a branch of science that can no longer be considered a possible existence that was once mentioned, into a theory and a practicality. He also used it to prove the magical mathematical method of the NS-equation, which is another new advancement in mathematics, as great as the Langlands program and infinite group theory.
[I personally think that Wu has really succeeded. She has allowed me to witness a miracle again. Thanks to her, she has given a perfect answer to the NS equation, one of the seven major problems of migration, and has once again reduced a huge obstacle to our progress in world mathematics.
The NS equation is a very interesting problem. Unfortunately, I haven't been able to completely solve it, but let's celebrate Wu Tong for doing it. Miracle Wu Tong, miracle China!
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