The night before the college entrance exam results were released, I redeemed my Peking University ad

Not just domestically and on-site.

Right now, media outlets around the world are reporting on this ICM conference.

The whole world is in an uproar!

The New York Times front-page headline: Youngest ever! 18-year-old Chinese scholar wins Fields Medal, and he is also the inventor of room-temperature and room-pressure superconductivity!

The Times: A once-in-a-century miracle in mathematics! A boy in a school uniform rewrote the history of two disciplines!

The Nature magazine website features a pinned post: The Fields Medal is just the beginning; Ji Bai may become the first person in human history to win both the Fields Medal and the Nobel Prize in Physics in the same year!

Yomiuri Shimbun: Room-temperature superconductivity + Fields Medal: China's genius crushes Japan's superconductivity research in all aspects!

The Korean Daily: Congratulations to the outstanding descendants of the Korean people for winning the Fields Medal!

……

All media outlets are frantically listing the records broken by Ji Bai:

The youngest Fields Medal winner in history;

The first scholar in history to make Nobel Prize-level contributions in both the fundamental disciplines of mathematics and physics;

The first person in history to win the Fields Medal directly for proving the Millennium Prize problem;

Some media outlets even asserted that this year's Nobel Prize in Physics was a foregone conclusion, with Ji Bai poised to "jump the queue" and win the prize based on his achievement in room-temperature and room-pressure superconductivity.

If this comes true, he will become the first person in human history to win both the Fields Medal and the Nobel Prize in the same year.

The ICM conference, which was originally a niche event, has gained more than ten times the attention it deserves because of Ji Bai's presence.

It's fair to say that this year's Fields Medals have garnered unprecedented attention.

All because of Ji Bai!

Simply because of room temperature superconductivity!

Everyone is saying that this is not your average Fields Medal ceremony.

This is a coronation ceremony for a completely new era.

Even official institutions from various countries sent congratulatory messages:

The British Prime Minister's Office issued a statement: "We extend our sincerest congratulations to Mr. Ji Bai. His achievements belong not only to China, but to all of humanity!"

The German Chancellor's Office stated: "Congratulations to Mr. Geber on winning the Fields Medal! German industry looks forward to in-depth cooperation with room-temperature superconducting technology to jointly promote the energy revolution."

The French presidential palace declared: "A salute to this 19-year-old scientific genius whose work illuminates the future of basic science!"

Japanese Chief Cabinet Secretary: "Mr. Ji Bai's achievements are admirable, and the Japanese academic community is willing to actively learn from and exchange ideas with him."

Even the U.S. National Academy of Sciences issued an official congratulatory letter, praising Ji Bai's research as "epoch-making" and expressing a strong desire for cooperation.

Congratulatory telegrams arrived one after another from countries around the world, flying towards China and the conference venue in Philadelphia.

Someone commented on social media:

"From this day forward, the history of the world can be divided into two parts."

"The world before Ji Bai, and the world after Ji Bai."

……

After the awards ceremony, scholars were invited to give presentations.

According to the tradition of the ICM conference, the first academic report after the opening ceremony is called the "opening speech," which is the most valuable academic presentation of the entire conference.

The award is usually given to the most prestigious Fields Medal winner of the year.

This year, the spot undoubtedly went to Ji Bai.

Forty-five minutes, with no restrictions on topic or direction, and more than three thousand mathematicians listened attentively.

Under the watchful eyes of the entire audience, the boy once again stepped onto the main stage.

His faded school uniform from No. 99 Middle School stood out under the spotlight.

As the applause subsided, the auditorium became so quiet you could hear a pin drop.

Ji Bai adjusted the microphone and spoke in a thick, clear Northeastern accent:

"It's an honor to stand here and chat with everyone for a bit."

There was a half-second of silence in the audience, and many Western scholars unconsciously frowned.

English is the default working language of ICM, and all previous speakers have spoken in English. No one expected that this newly awarded Fields Medalist would start by speaking his native language.

But no one dared to voice their doubts.

If you don't understand, that's your problem, not mine.

Fortunately, the Chinese students and scholars present immediately reacted and acted as temporary interpreters in hushed tones. Their intermittent translations echoed throughout the auditorium, managing to piece together a complete meaning.

After a few polite words, Ji Bai got straight to the point: "I accidentally came up with a little tool these past few days, and I'd like to share it with you all today."

The audience instantly perked up.

The Great Emperor has transmitted the Dharma!

Ji Bai lightly tapped the touchscreen with his fingertips, and lines of formulas unfolded smoothly.

"Based on the BSD conjecture, I derived a set of multi-dimensional topological dimensionality reduction operators, which, combined with asymmetric Riemann surface iterative mapping, can compress the computational complexity of higher-order number theory problems by two orders of magnitude."

Simply put, it's about providing a shortcut for difficult calculation problems.

"I will start with three things: the functor principle of the Langlands program, the spectral triples of noncommutative geometry, and the higher-order inductive types of homotopy type theory."

I combined them together to construct a closed functor category, which I call the "cross-scale spectral functor".

It can compare automorphic forms, Galois representations, Motivic cohomology, and even some degree of mirror symmetry within the same category.

How exactly do I do it...?

Ji Bai began to deduce step by step.

Starting from the functor axiom, we introduce the spectral triples of noncommutative geometry as the morphic layer of the domain, and then use the higher-order inductive types of homotopy type theory to handle the extension of singular boundaries.

There are no fancy techniques, no dazzling leaps, only a chilling, calm, and almost luxurious intellectual crushing.

The group of top mathematicians listened with rapt attention, their minds filled with only one absurd yet awe-inspiring thought:

Did I figure this out by accident?

This is hardly a "gadget".

It directly fills a core piece of the puzzle in the field of topological number theory that has been missing for many years, allowing countless unsolved mysteries that have been stuck for more than a decade to see the light of day again!

Many scholars spend their entire lives and may not be able to come up with a single valuable basic operator, but Ji Bai, on the other hand, casually created a complete system.

Horror!

……

In domestic live streaming rooms.

Most of the audience couldn't even recognize all the formula symbols, but that didn't stop them from getting excited:

"Even though I can't understand a single word, I still think it's awesome!"

"When the Great Emperor preaches, mortals can just listen to the sound. If they understand it, it's fate; if they don't, it's their own destiny."

"I only got 30 points on my math test, and now I'm sitting here watching a Fields Medal winner give an academic presentation. I must be so arrogant."

"Don't ask, it's just awesome! The Emperor can rewrite academic disciplines with a simple tool!"

The screen was filled with "awesome" and "666" so densely packed that even if you couldn't understand a single word, it didn't stop everyone from feeling proud.

Domestic scholars are also watching attentively.

Dean Lin Boqian of the School of Mathematical Sciences at Tsinghua University leaned back in his chair and nodded slowly, tapping his fingertips lightly on the table, his eyes full of admiration.

This tool has been incredibly inspiring for the field of topology. Even mastering just half of it could have advanced the research progress of Tsinghua University's School of Mathematical Sciences by several years.

Director Zhang of the Mathematics Department at Peking University adjusted his glasses, his brows furrowed in thought. He repeatedly muttered the core formula of the operator, finding it increasingly ingenious and eager to work with his team to derive it overnight.

Sitting in the conference room of the School of Mathematical Sciences, Professor Wang's eyes were full of satisfaction.

He was worried that the kid would lose his math skills if he got too engrossed in the materials, but now it seems that not only did he not lose his math skills, but he also made a big step forward quietly, without anyone noticing.

Only one person looked a little off.

Academician Zhou from Wuhan University.

The direction of topological dimensionality reduction that Ji Bai talked about is exactly the core research area that he has been deeply involved in for more than 20 years.

The more I listened to the derivation logic and the operator transformations, the more eerily familiar they felt.

He felt a growing sense of unease.

isn't it?

You little bastard, what are you trying to do?