Super God-Level Top Student

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Unfortunately, the three-year graduation plan that had been set can no longer be achieved. Just laying the groundwork may take two years, followed by advanced research and writing papers, estimated to be another two years. By this calculation, it would be quite an accomplishment if five people could graduate in five years.

And if there are any unexpected events, it might take even longer.

This left Qiao Ze feeling exceptionally disappointed.

He liked to finish plans ahead of schedule, not to be forced to delay them.

Just like when he set a half-year plan for himself and then finished it in three months, which could bring him joy from the bottom of his heart because he saved half the time that could be spent on other research.

The need to postpone the original planned timeline gave Qiao Ze a sense of loss akin to how ordinary people would feel upon learning that the first million they had painstakingly saved had evaporated, never to be recovered.

Fortunately, the first words Edward Witten spoke after a long silence gave Qiao Ze a glimmer of hope.

"What about the direction? There is a lack of definition in direction."

"In the Super Helical Coordinate System, there's a guiding axis, which of course you can think of as a special vector field. We can use it to define the geometric composition and direction of the helical path. Its expression goes like this..."

This time Qiao Ze wrote swiftly.

"For example, this guiding axis A(s) not only determines the geometric shape of the helical path but also specifies the local direction of the path. For instance, as a graviton moves along the helical path, its momentum might be associated with the direction of the guiding axis. This can be described by a momentum operator associated with the guiding axis A(s)..."

One after another, the formulas truly made Professor Witten feel as if his brain was about to explode.

His judgment was correct, Qiao Ze's theory on the Super Helical Coordinate System had taken mathematics through a second layer of abstraction.

Understanding it completely was likely to be no less challenging than those lingering number theory problems.

"Let's start with your conclusion, Qiao Ze. It might make it easier for me to understand," Professor Witten said with a wry smile, then pointing to his head, added, "Don't overestimate a seventy-year-old man. His brain cells are probably not that plentiful anymore."

Qiao Ze nodded slightly, still somewhat disheartened, but he earnestly explained, "Containment Gravitons in Quantum Theory continuously interact with Higgs particles, thereby generating gravity. The direction is determined by Higgs particles and moves along the helical path in the direction of the guiding axis.

The helical path is a dimension we cannot observe because its bending scale is smaller than the Planck scale that we currently understand, meaning that some energy will dissipate during motion into higher-dimensional scales that are beyond our observation.

However, we can calculate and find the guiding axis. Theoretically, if we were able to interfere with the guiding axis, that is, the A(s) vector field, it would mean we have the ability to control the direction of the contained gravitation.

As it stands, the greatest significance is probably illustrating that gravity affects matter and antimatter in the same way. According to this theory, antimatter does not possess the capability of anti-gravity, nor can it have the ability to counteract weight. At least mathematically speaking, that is the case.

Again, if my theory is correct, as long as we control the guiding axis, we can dictate the direction of gravity. The deeper concept is that there is no minimum threshold of resolution in the current universe—beneath the Planck scale lie unexplored dimensions holding a completely new field of physics."

Having said this, Qiao Ze took a deep breath and spoke in an almost sacred tone, "In other words, if I am right, then our world must inevitably be material! God could not create a world so perfect!"

Edward Witten was silent. After a long pause, he spoke, "Qiao Ze, I need to see the complete paper. I can swear on my academic reputation that I will not leak it. If you are worried, I can read it right here in this office, without taking it away. Even without your help in translating, I could use translation software..."

Qiao Ze nodded and said, "All right."

It's just a theoretical paper after all, possessing almost perfect mathematical proof but, at present, almost no practical guidance.

And since Edward Witten had flown thousands of miles for this paper, there was no need to refuse.

Then Qiao Ze looked around his reasonably spacious office and took the initiative to say, "Shall I get someone to add a temporary desk for you?"

"That would be excellent," Professor Witten nodded repeatedly.

He never expected to fully grasp the entire paper in a short time; in fact, it seemed impossible.

"Good. If you find you have some free time, we can discuss the topic of Qiao's Coordinate System. You know, Princeton's Qiao Algebraic Geometry research group is also conducting related studies, but frankly, progress has been slow."

Qiao Ze nodded; this request was not unreasonable.

...

"What? Professor Whitten will stay at the Mathematics Research Institute for some time? And his office will be set up inside Professor Qiao's office?"

Lv Bei, upon hearing the news relayed by Dou Dou, was shocked.

While he had also specifically looked into Edward Witten's standing in the academic community, this man was, after all, a professor from Princeton. To enter the confidential Mathematics Research Institute so openly?

"Uncle Lv, does this surprise you? Professor Whitten reading dad's paper in dad's office, isn't that quite reasonable?" Dou Dou's monitor began flashing again, indicating that it had understood Lv Bei's emotions but found them incomprehensible.

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