Super God-Level Top Student

The front rows of the auditorium were filled with people; in fact, there were still over a hundred seats available, but Xu Dajiang tightened up the attendance due to the concern over disciplinary order at the venue.

In reality, allowing some undergraduates to participate in this kind of report meeting was meaningless and even potentially harmful.

He himself had taken some time to roughly understand the Super Helical Coordinate System, and with his knowledge reserves, he still found it strenuous to grasp those abstract concepts. For undergraduates, who had not thoroughly sorted out algebra analysis, it could easily instill a sense of dread towards mathematics.

For Qiao Ze, the number of people who turned up today was clearly many more than he had expected.

However, just as Xu Dajiang predicted, Qiao Ze did not care about such trivial matters at all.

It was just that he felt at least half the people in the auditorium would waste a lot of time because of this report meeting. It wasn't that Qiao Ze looked down on the others; rather, he had already discovered that mathematics is a subject that requires a great deal of accumulation.

What is called abstraction is due to the fact that all concepts in mathematics are built progressively. All subsequent knowledge is built upon the framework established by predecessors.

All new mathematical tools are nothing more than transformations, combinations, and expansions of all known mathematical rules. Physics is the same.

"Today, at this report meeting, I've decided to talk about the ideas that led to the creation of the Super Helical Coordinate System. I'll try to explain, in the simplest and most straightforward terms, why and how the Super Helical Coordinate System was derived, and through this, derive implications for quantum theory.

There is a saying about the definition of mathematics: Mathematics is a concise, efficient, and beautiful description of numbers and shapes in the real world, and I deeply resonate with this. To a certain extent, the Super Helical Coordinate System is a set of rules summarized under the guidance of this statement.

To understand the Super Helical Coordinate System, we first need to have a clear understanding of the dimensional twist functions derived from the framework of superspiral algebra. 'Dimension' represents the uncertainty of the microscopic world; the easiest way to understand this is that every choice made by a microscopic particle leads to a twist in the function.

Before this, we used wave functions and the Schrödinger equation to describe the physical quantities related to particles or waves, but clearly, this theory has considerable limitations. For example, it's non-relativistic, and for high-energy and high-velocity particles, we can only use the Dirac equation.

It's not applicable to multi-particle systems, where particle interactions and entanglement effects make it difficult to use wave functions to describe the entire system. Other issues include locality and interpretation problems. Based on the complex field, the physical meaning of wave functions relies on the square of the magnitude of complex numbers. Interpretations such as wave function collapse and the many-worlds interpretation seem quite far-fetched.

So we need a more scientific set of mathematical tools to describe everything that happens in the microscopic world. Before this, we first assume that the motion trajectories of the microscopic world are dazzling and beautiful. From here, I believe the microscopic particle world described by the Super Helical Coordinate System should exist without anomalies..."

...

Undoubtedly, Qiao Ze's speech at the report meeting was staggering.

Even without getting to the specific mathematical proof, it already left people aghast.

Um...

There was no analysis of historical data, simply building on the mathematical theories of the past, fantasizing how beautiful the microscopic world could be, and then concocting a theorem out of it?

Without any exaggeration, the audience experienced a shocking baptism of Qiao's style.

Unfortunately, Edward Witten was not there; otherwise, he would loudly tell everyone that when he learned Qiao Ze had simply derived this theory through a beautiful imagination of the microscopic world and then validated it with laboratory data, he felt like this.

Is this really something that a human can accomplish?

The prediction of the positron by the Dirac equation wasn't that outrageous.

After all, Dirac had based his derivation on relativity and the Schrödinger equation.

Qiao Ze was completely making it up.

It felt as though this fellow found the description of the microscopic physical world by previous people not dazzling and colorful enough, thought it should be more wondrous, so he simply concocted a theorem according to his vision of the microscopic world, and then set about deriving and validating it...

This is just too absurd.

It even explained why Qiao Ze first posted this theory on Weibo.

It really wasn't fit for publication in a formal journal, as the whole foundation of the derivation seemed rather unrigorous.

To first assume a theory is correct, and then go about proving it... isn't that a bit like circular reasoning?

What's absurd is that, while the method seems unscientific, the conclusion appears to be able to withstand verification in the laboratory.

The bigwigs present at the scene had the capability to access the latest news from CERN.

In reality, for a large international research organization like CERN, it is very difficult to completely keep such information confidential. The daily updated information seems to corroborate the correctness of Qiao Ze's theory.

Today, at the solemn occasion of the report meeting, Qiao Ze told them that this theory was conceived by him sitting in front of a computer.

Haha...

The scrupulous mathematicians present were even more inclined to believe that Qiao Ze was the creator, making the particles of the microscopic world move along the trajectories he wished.

Luckily, even though their minds were filled with questions, those who were able to attend this report meeting had been thoroughly vetted.

They were all prominent figures domestically, and in light of the strict emphasis on disciplinary order by the organizers, it was unlikely for them to do anything that would tarnish their reputations.