As they discussed back and forth, Wu Tong and Mr. Qiu's discussion became more and more in-depth. Such a deep and intuitive collision of ideas made Wu Tong's eyes brighter and brighter. The direction of progress that had just been determined became clearer. Wu Tong felt that she could deduce it smoothly if she was given a pen.
Wu Tong's thoughts expanded and even reached a new realization. The literature she had read was vast and complex, much of it stored in her immediate memory. Inadvertent encounters with it could spark a spark of inspiration, further expanding her thoughts.
"Thank you Mr. Qiu for your guidance!" After a long while, the two of them finished their conversation and Wu Tong bowed deeply to express his gratitude.
Mr. Qiu's eyes lit up as well. He waved his hand and said, "I've also learned a lot from discussing this with you. We've been guiding each other! Your knowledge of partial differential equations and fluid mechanics is no less impressive than your number theory!"
The world may think they overestimate Wu Tong, but that's not the case. Wu Tong's mathematical prowess has only scratched the surface. This is the kind of intuitive feeling you can only gain through in-depth mathematical discussions with Wu Tong.
He won the Fields Medal for his Kabila conjecture, but he seemed to be able to see that Wu Tong would raise the standard of the Fields Medal infinitely, and the Fields Medal would be honored because of her!
Andrew's exclamation that Gauss was still alive was truly true! Given Wu Tong's expertise in partial differential equations and physics, Mr. Qiu wouldn't be surprised if she were to claim she had proved the Navier-Stokes equations.
Before saying goodbye, Mr. Qiu left a mysterious message to Wu Tong: "Please let me congratulate you in advance, and let me keep it a secret!" His previous recommendation of He De was very timely, and there was no one more suitable than Wu Tong.
After saying goodbye to Mr. Qiu, Wu Tong went straight back to school. She had gained a lot from the conference, and it was time to go back and sort out her gains!
She also organized part of the paper on co-bonding effect, and it was time to finish submitting it as soon as possible. These two things alone were enough to keep her busy throughout October.
Today is the 10th, and we're already past the 10th of October. Time flies by so fast. On the 12th, the entire congress closes.
She was very happy that this gain would allow her to take a small step forward on the huge mountain of the NS equation. Although it was not enough to reach the top, it solidified Wu Tong's deeper understanding of the NS equation and gave her a deeper grasp of fluid mechanics and nonlinear partial differential equations.
On the way back in the car, Wu Tong promptly wrote down the thoughts he had just discussed with Mr. Qiu. To Wu Tong, these thoughts were like pearls washed by the waves, which he collected carefully one by one and eventually strung together into a beautiful necklace that would astonish the world.
Reading literature, deducing, conducting experiments, and writing papers became Wu Tong's busy topics.
It took Wu Tong two days to complete the perfect design of the turbulence model, and she only attended the closing ceremony in a hurry before returning to school. This further laid the foundation for her to climb the mountain of NS equations.
By the way, she wrote a paper based on the special application of limit solving of nonlinear partial differential equations that she and Mr. Qiu discussed. She sent it to the submission box of the journal of the American Mathematical Society, which she had been soliciting papers for, and simultaneously uploaded it to the Arvix preprint website.
She has already published in three of the four top mathematics journals. Why not, next time she has any mathematical achievements, she can also publish in the last one, New Advances in Mathematics, so that they can all be put together in one place?
Regarding the application of turbulence, she actually gained a deeper understanding that day. She extended aerodynamics from fluid mechanics, and then gained an understanding of Qian's trajectory, the application of Qian's trajectory, and the deduction of the ability to boost, increase speed and change trajectory at any time.
However, this point is completely unsuitable for publication.
Wu Tong simply wrote down her insights and locked them in a confidential document in her work computer. She planned to take time to fill it out and improve it, and then submit it through a special process, hoping to have the opportunity to contribute some useful support to the security construction of New China.
Afterwards, Wu Tong devoted all her time to the paper on co-bonding effect, which had already been started. This paper was probably the manuscript she had delayed the longest.
Suddenly I had a feeling that she was also a person who easily disliked the old and loved the new. She gained a lot from the Mathematical Society Congress, so she kept sorting out the new gains, and the old ones were put off.
Fortunately, during the holidays she spent the daytime traveling with her family and did not waste her evening time. She had almost completed the general outline, which required further detailed analogical data deduction and verification. Wu Tong spent a week conducting experiments, organizing experimental data, collecting existing information, filling in data... and finally completed the entire paper.
The title of the paper is simply "Discovery and Verification of a Special Co-bonding Effect." Abstract: While studying titanium, a special co-bonding effect was discovered, leading to targeted experiments.
Wu Tong's paper focuses on the discovery of this unique mechanism, but doesn't dwell on the subtle details of the co-bonding effect and the material's composition.
Science has no borders, but scientists do have nationalities, and Wu Tong meticulously preserved what needed to be preserved. After completing the paper, Wu Tong sent it to Cheng, who then contacted her superiors for verification and confirmation before sending it out.
If he didn't send it out, Wu Tong wouldn't feel much.
Compared with the honors or bonuses he received, Wu Tong was actually happier about his discoveries. As for those, they were all incidental and dispensable now that he no longer had financial worries.
She has millions of bonuses in her bank account, and her house is already in place. Apart from planning to buy a car for her family, she does not have any extravagant consumption needs. Wu Tong can say that she is financially free, has no worries in life, and has no back pain.
Partial differential equations have always been a hot topic, with widespread applications in mathematics, physics, and engineering. As soon as Wu Tong's paper was published, it caught the attention of scholars who have been following this topic for years.
At first glance, I saw the title and abstract: nonlinear partial differential equations and limit formulas? Which amateur scientist actually forced these two together?
Is this pouring water into a frying pan? The person who is going to be fried will get hurt!
However, when they tried to look away and saw the author's name out of the corner of their eyes, they were all stunned! Wu Tong, this... Many people's subconscious reaction was to check the author's past.
At first glance, they saw the proof of the three major conjectures. It was the Wu Tong they were thinking of, the prover of the three major conjectures in number theory. She had made new achievements again, and it was actually a cross-disciplinary partial differential equation!
Seeing this, all the scholars who noticed dispelled their immediate denial. Wu Tong's past record was her best guarantee and absolute foundation.
Anyone who sees content associated with this name would not dare to lightly deny that Wu Tong's achievements are nonsense without in-depth research and confirmation!
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