A genius? I just love studying.

Chapter 182 The Generalized Coulomb Standard is a Broken Net (Second Update)

"Give me some creativity!"

Without any hesitation, Chen Hui added the free attribute points he had just acquired to Creativity.

boom!
Unlike before, this time, the moment I added the points, inspiration exploded in my mind, like a dazzling firework display.

By introducing the "topological confinement operator", the singularity that may cause the solution to collapse is sealed outside the projected boundary, and all problems are solved!
The problem that had been troubling Chen Hui vanished in an instant, swept away like fallen leaves in the autumn wind and into the trash can.

Chen Hui, who had already put down his pen, quickly started working out the calculations on the draft paper again.

Night has fallen, and the Danube River, like a silken ribbon, is studded with tiny diamonds. The Chain Bridge's lights, like golden chains, flow like molten gold in the night. The silhouette of Castle Hill is bathed in the wine-colored sky, and Budapest is folding its century-old story into the shimmering waves.

Inside the New York Palace Hotel, Chen Hui finished his deduction at some point.

"Congratulations!"

Schultz spoke up, saying that although he hadn't fully understood Chen Hui's deduction, he knew that Chen Hui had succeeded.

He thought he could be a participant in history, but in the end he was just a witness. What a clever little guy!
"Could you tell us about it?"

Terence Tao did not hide his curiosity.

"Of course!"

Chen Hui shared his knowledge without reservation. Of course, there was also a reason why he wanted to use the energy of the two of them to verify his proof. After all, this proof required a lot of computing power to search for that smooth, existing fish in infinite dimensions.

He did not have a supercomputer.

"What a brilliant standard topology weaving technique!"

Schultz marveled, "Another new tool has been born! The mathematics community is getting more and more interesting!"

"Perhaps one day we will truly be able to push open the door to that truth?"

Terence Tao also remarked.

This little guy is so young. He can't imagine what amazing achievements this little guy will make when he reaches their age.

Perhaps, the whole world will be completely changed because of this?
"If you trust me, please send the final calculated formula to my email address, and I will use the supercomputer at the University of Bonn to verify it."

After listening to Chen Hui's explanation, Schultz spoke up before Chen Hui could even make a request.

He certainly understood what the final step of the proof was, and he was now eager to fill the last gap in the proof.

"Of course!"

Chen Hui still trusted Schultz and Terence Tao's character, but he still uploaded the paper to arXiv in front of them before sending it to their email addresses, knowing that one should always be cautious.

The moment Schultz received the equations for verification, he called his assistant.

"Hello?"

A weak voice came through the microphone.

It was already past 2 a.m. Budapest and the University of Bonn both use Central European Time, so there is no time difference. The assistant was woken up from a deep sleep. If he hadn't seen that the caller ID showed it was his boss, he probably would have already started cursing.

"Log into my supercomputing account immediately and verify something. I've already sent the equation to your email. Get people to start programming it right away, and be quick!"

Schultz showed no sign of the difficulties of having a small assistant; in some ways, he was just as tyrannical when he worked.

The assistant jumped out of bed with a start, her initial complaints replaced by excitement.

The last time Schultz was this excited was when he proposed the Condensation of Mathematics project, so this time there must be some major discovery!
"Honey, did you hear the birds chirping at three in the morning?"

His wife's voice came from beside him, "Oh, they're extinct, just like 'healthy living' in our wedding vows."

This has happened many times before, but instead of getting angry today, the assistant smiled and said, "Honey, maybe we're about to change the world!"

He kissed his wife on the forehead, then got out of bed and excitedly went to the study. While checking his emails, he began contacting programmers to prepare for supercomputing verification of the programming.

The Non-Perturbation Existence Theorem of Four-Dimensional Non-Abel-Yan-Mills Equations: A Rigorous Construction Based on Quantum Geometric Topological Weaving and Holographic Duality

Opening crit.

The topic was simple and easy to understand. Although the assistant was puzzled as to why his boss had suddenly started researching the Millennium Problem, he also understood the significance of this research.

Any Millennium Problem is undoubtedly a jewel in the crown of mathematics. To be able to pluck it off and place it on one's own crown is to be crowned king in the world of mathematics!
He truly deserves to be called the world's most brilliant mathematician!

The assistant secretly praised her boss before busily arranging the work.

At the Palace Hotel in New York, the three were unaware of the assistant's wonderful misunderstanding.

When Terence Tao saw that Schultz had already made the call, he shrugged and said, "With this guy's help, I won't waste my time."

Schultz is practically the only true god-like figure in the mathematics department at the University of Bonn, and he has deep collaborations with large corporations like Microsoft, giving him access to resources far beyond his own.

Although he held a high position at Berkeley, it was clearly not quite at that level.

Even if he mobilizes his own resources to verify the calculations, he won't be faster than Schultz in the end, and it will only cause a huge uproar, which is not a safe bet.

It would be better to wait for Schultz's results before conducting the verification.

In any case, it is foreseeable that many mathematical research centers will follow suit.

"Thank you both. If it weren't for you, I'm afraid I would have been troubled by this problem for a long time."

Chen Hui said with a smile that he was also very happy to be able to complete the proof of the existence of the Yang-Mills equation.

Schultz and Tou Zhexuan looked at each other, wondering what they had done to help.

They seemed to have done nothing.

However, geniuses' inspirations are often so illogical. They had similar experiences, and since Chen Hui had said so, they naturally accepted it.

"You'll have to treat us to a meal once the calculation results are out!"

Schultz also said with a smile.

"no problem!"

Chen Hui readily agreed.

After a brief chat, Schultz and his companion left Chen Hui's room. Although they still wanted to discuss the material synthesis model, it was indeed too late; it was already past 2 a.m.

After Schultz and his colleague left, Chen Hui thought for a moment and sent an email to both his teacher and advisor. Jiangcheng University and Yanbei University both had supercomputers. It wasn't that he didn't trust Schultz, but conclusions verified by multiple sources were more convincing, and such an important matter truly deserved to be discussed with his teacher and advisor.

After finishing these tasks, Chen Hui returned to his desk, took out Bryant's paper that had been swept aside earlier, and after organizing his thoughts, he continued the unfinished calculations. After proving the existence of the Yang-Mills equation using his own method, Chen Hui became even more convinced that there were major problems with Bryant's paper.

Besides his mathematical intuition, he felt that while the other party's method seemed ingenious, it was perhaps too easy to solve.

I focused my mind and started working out the solution on the draft paper again. By using the Pontryagin density integral: Q = 32π21∫R4Tr(F∧F) = 1, I confirmed that this was a topologically nontrivial solution.

Then, substituting this nontrivial solution into the generalized Coulomb gauge, we find that its divergence decays at infinity with O(r3), seemingly satisfying fa(x)∈H^1,δ.

Many scholars might give up at this point, but Chen Hui was absolutely certain of his intuition.

We continue to substitute this solution into the global integral for verification.
Solving partial differential equations is an extremely complex process, and even Chen Hui had to concentrate fully on it. Soon, he fell back into the same state he had been in before.

The east was just beginning to lighten.

As Chen Hui hunched over his desk, his eyes grew brighter and brighter. He knew he was about to find the flaw!

由于瞬子的边界行为AμO(r1)，球面积分发散，实际结果为∫fa(x)d4x=8π2Q=0！

This violates the global solvability condition of the generalized Coulomb gauge!
After his basic attributes were improved again, Chen Hui was as if he had divine assistance. In just one night, he completed the verification of Bryant's paper and found the flaw in the result. All of this was as simple as eating and drinking, as if anyone would easily find its flaw if they were willing to verify it.

But Chen Hui knew that wasn't the case!
Chen Hui was not satisfied and continued to verify.

The original proof claimed that the nonlinear term Q(A) satisfies compressibility in the weighted space H2,δ, but calculating ∥Aλ∥H2,δλ1 (when λ→0) and ∥Q(Aλ)∥H0,δλ2 for the instantaneous solution leads to explosive growth on the right side, requiring the compressibility constant C to be adjusted with λ, thus violating the theorem conditions…

Once you find one error in a paper, you'll discover that there are countless errors in it. In Chen Hui's eyes, this paper is now riddled with holes.

The tower of functional analysis collapsed in a topological storm!
The instantaneous solution transforms into a crow, pecking at the gauge conditions in the "proof," revealing a core flaw: the generalized Coulomb gauge is a broken net, unable to capture a swarm of topologically nontrivial quantum fish.

The chains of energy estimation break in the infinite-dimensional abyss, and the behemoth of nonlinear terms breaks free of its restraints, tearing "global existence" to shreds!
After a busy day and night, Chen Hui finally realized his intuition, and this sense of satisfaction was even more gratifying than finding the problem with the paper.

This paper does have its merits, but it overlooks the fact that the existence of non-zero instantaneous numbers leads to gauge fixation failure. All deductions based on this premise are simply going further and further down the wrong path.

Chen Hui was also unsure whether this was intentional on the part of Bryant's team or simply an "honest mistake."

I checked the time; it was already seven in the morning.
Chen Hui rubbed his slightly throbbing forehead, went downstairs to have breakfast, and then returned to his room to lie on the bed for a nap.

Bryant's report was scheduled for the afternoon, so he had time to rest and recharge before giving Bryant a surprise.

Chen Hui didn't necessarily want to get revenge on Bryant, but since Bryant was studying the Yang-Mills equations, he just happened to be in Bryant's line of fire.

If it were Bryant's BSD conjecture or the Riemann Hypothesis, even if Chen Hui thought there were problems with his paper, he wouldn't waste his time looking for errors. But the Yang-Mills equation, Chen Hui would naturally want to study it carefully.

……

On the fourth floor of the New York Palace Hotel, Bryant went to bed early last night. Everything that happened yesterday morning had left him exhausted, and he wanted to stay in good shape so he could rest early.

So he got up very early today, finishing his washing up before seven o'clock, and was ready to exercise to clear his mind.

ding dong...

The doorbell rings.

Bryant was a little puzzled; who would come looking for him so early?

Bryant glanced out through the peephole and immediately opened the door.

What's going on with the thesis?

The visitor had a gloomy expression. As soon as the door opened, before even stepping into the room, he began to interrogate the man in a low voice.

Bryant quickly reached out to invite the visitor into the room, and after closing the door, he said helplessly, "I'm sorry, I misjudged the person, and I didn't know anything about this."

Although he was the main speaker at this conference, the person in charge of their team was not him, but the Bond James in front of them.

He originally wanted to give his own power a greater dominant position in the team, but he ended up losing more than he gained and kicked a hornet's nest.

With things having come to this point, he had no choice but to use Oliver as a scapegoat to save himself first, and then plan what would happen next.

If it weren't for that damned Chinese kid, things would never have come to this, Bryant thought bitterly.

Bond couldn't tell whether what Bryant said was true or false. He was furious when he heard the news yesterday. His team had been involved in a plagiarism incident. Even if it was unrelated to what they were currently researching, it was still a huge scandal. So he immediately bought a red-eye flight to come over.

"There can be no more mistakes in today's report, otherwise, I might have to consider replacing the person in charge."

Bond said seriously, "And also, get that kid out of here, and don't let me see him again."

After saying that, he opened the door and left without even sitting in Bryant's room for half a second. He needed to find a place to catch up on some sleep.

Bryant also looked unwell, but he quickly composed himself and continued with his workout plan.

He believed that after the afternoon's report meeting, no one would care about the little incident that had happened earlier.

……

On December 27th, at 12 PM, the once sunny sky over Budapest suddenly darkened, with thick clouds seemingly pressing down on everyone's hearts, accompanied by rumbling thunder, creating an oppressive atmosphere.

In the multi-functional hall of the CEU Conference Center, the dazzling crystal chandelier illuminated the room with bright sunshine, and the dark clouds outside had no effect on the atmosphere.

The multi-functional hall, which could accommodate hundreds of people, was packed to capacity, and the noisy sounds echoed in the hall, seemingly carrying a hint of excitement.

Many people are filled with anticipation for the upcoming report meeting, as they are about to witness history.

In the front row, academic luminaries such as Faltings, Deligne, Andrew Wiles, Fefferman, and Arancone were already seated. The more difficult a theory is to understand, the more necessary it is to communicate directly with the person in question. They had many questions about this paper, and perhaps today was the time to find answers to those questions.

Schultz and Terence Tao arrived late, yawning. After leaving last night, they didn't rest immediately but instead opened their email and read Chen Hui's paper from beginning to end again.

After reading Chen Hui's paper, they were even less optimistic about Bryant's paper. Unlike the others, they came today mainly to see how Bryant's trick would be exposed.

The two of them saw Chen Hui sitting in the middle almost at the same time, walked over and sat down next to him.

Although both seats were occupied, the two men readily and happily gave up their seats when they saw that it was Schultz and his companion.

They were just a little curious about the little guy's identity. They wondered who this yellow-skinned fellow was that had prompted these two to come to them.

At this moment, the conference hall fell silent.

The star of this report, Bryant, finally stepped onto the stage amidst the great anticipation of the audience!

(End of this chapter)