Super God-Level Top Student
Chapter 1109 - 435: We Are Too Powerful_2

Chapter 1109: Chapter 435: We Are Too Powerful_2

But on a long time scale, the mass-energy equivalence formula will still be affected, and we also need to consider the impact of particle movement and energy distribution on a long time scale, thereby reconstructing the cosmic model and the standard model."

Qiao Ze nodded, feeling very complicated.

This world indeed follows an unchanging principle: the more you study, the more problems you find.

Simply put, for a long time, neither GPS nor any laser ranging technology will be affected in the short term. Everyone who has worked on engineering knows that tolerances always exist, and the current calibration methods and adjustments can still effectively solve all present technical issues.

But for theoretical research, this matter is very troublesome.

If the universe is not expanding, then existing cosmological theories need to be reconstructed. We must calculate the speed of the universe’s initial light to better structure numerous problems, such as the properties and anisotropy of the cosmic microwave background radiation, and the universe’s nucleosynthesis process, to explain the currently observed element abundance.

"Of course, the best news is that this means the correctness of the Q theory. I think now no one will question the Q theory. Professor Qiao, congratulations. Even I did not expect that the mathematical proof would lead to such significant results.

I believe whether it’s a hundred years or a thousand years, your name will be an unavoidable topic in the academic world. Professor Qiao, are you ready?"

Edward Witten said with a smile.

The smile on his face hid the bitterness in his heart.

It wasn’t jealousy of Qiao Ze’s achievements, but that this small experimental result turned a whole generation’s research achievements into castles in the air.

Merely with this one thing, Qiao Ze might be canonized in the field of physics.

"Ready for what?" Qiao Ze looked at Edward Witten doubtfully.

He didn’t have much obsession with becoming famous in academia, nor would he get excited because of being remembered. In fact, ever since he proposed superspiral algebra geometry, he had already achieved this accomplishment.

Now the world has already called it Qiao Algebra, and now it’s just another Qiao Theory.

Einstein is indeed very well-known, even deified, but there are actually many in the mathematics world who are also deified. Euler, Gauss, Fourier, Poincaré, Hilbert... actually, there are many.

Young people generally rarely consider posthumous fame, that’s something older people think about.

Edward Witten glanced at the indifferent Qiao Ze and said, "Prepare to present to the next winner at the Qiaoze Physics Prize award ceremony. I think the recipient will surely be excited. I believe that once this news gets out, the influence of the Qiaoze Natural Science Award may surpass the Nobel Prize."

This judgment is indeed very likely to become reality. Most people probably find it hard to imagine the shock Qiao Ze’s Q theory will bring to the academic world, and what kind of impact it will have in the minds of young people.

The word idol is not only significant in the entertainment industry. In fact, separated from the entertainment industry, those who can be considered idols by the majority of the younger generation within a certain circle are the real kings. Especially like Qiao Ze, who hardly appears in the public eye but can still make young researchers worship him as a young scholar.

Even Edward Witten doesn’t dare to imagine how extensive Qiao Ze’s influence in the academic world will become in the future.

And this year Qiao Ze is just 21 years old, he has no doubt that once this news is announced, Xilin’s influence in the academic world will again rise to a new level.

As for the use of this influence?

Put it this way, maybe if Qiao Ze says some costly research direction has great prospects, people might still doubt it and need to verify. But if Qiao Ze says a certain research direction is completely meaningless, that direction will likely be abandoned outright.

Plus there’s Dou Dou...

Not just high-level applications of artificial intelligence, or its introduction of a research contribution system, but also Dou Dou’s direct contributions to academia—the high-level in-depth analysis and interpretation of countless documents.

All of the above are Qiao Ze’s subtle influences in the academic world, and when combined, the effects they can produce, Edward Witten hardly dares to imagine.

But one thing he can be certain of, this young man before him has already established an unshakable status for himself in the academic world, as solid as a mountain.

Even if he does nothing for the rest of his life, no one can shake his status.

Unless another extraordinarily brilliant person emerges, who can overthrow everything that Qiao Ze has built in academia. But this is obviously unlikely, especially in the field of mathematics.

From the perspective of a contemporary mathematician, Edward Witten feels that Qiao Ze has developed the subject of mathematics to the ultimate extent human understanding of nature can currently reach.

Of course, this is not to say that in the future mathematics will not develop further, but this should be based on a deeper understanding of nature and the universe. According to the laws of human natural science development, at least for a long time in the future, Edward Witten believes there won’t be any revolutionary development.

Although Edward Witten thinks this is a very fair evaluation, in others’ ears, this is undoubtedly an extremely high praise. Especially for the young lady who has just become a mother beside him.

So Su Mucheng curiously glanced at the stack of documents in Qiao Ze’s hand and asked, "Professor Witten, has something happened again that I’m not aware of? Has Qiao published another paper?"

"No, Professor Qiao hasn’t published a paper. He doesn’t even need to publish papers to express his views anymore, because his papers are enough for the world to interpret for a while. Everyone will be very busy next." Edward Witten said with a smile, then glanced at the two little ones who had fallen asleep, shook his head, and turned around to leave.

Speaking of which, he is quite busy himself next.

Su Mucheng pouted. Speaking cryptically is the most annoying, but there’s no way, the old man’s status in the field is there, and some people just have the right to show off.

Fortunately, she still has Qiao.

"Qiao, what did Professor Witten give you? Why does he seem so strange today?"

Qiao Ze looked at the report in his hand and handed it over directly: "The latest project from CERN. Professor Witten got the full report."

Su Mucheng took the report, looked at two pages carefully, and lost interest.

All in English, looking at it is strenuous is one thing, the key is it contains many obscure terms.

This is also the most criticized aspect of professional English. Some academic obscure terms are so specialized that ordinary people might not see them even once in a lifetime, and scholars outside the field might never encounter them either. Yet these terms can precisely convey complex concepts and research findings.

This highlights the excellence of Chinese.

No matter how obscure the paper is, as long as you can read, you can at least recognize each character and then guess the meaning through context.

But if it’s an English paper, encountering such obscure words can leave you stuck. You can’t break down the words into letters to recognize them.

Fortunately, this is not difficult for Su. She doesn’t even need to ask Qiao Ze for help, as there’s still Dou Dou. The little one’s ability to interpret these things is very strong. Moreover, it’s very convenient to use, just place it on its back panel, and the camera on the robotic arm can directly scan.

"Dou Dou, help me take a look at this report."

"No need to give me a copy, Mom. This is a fresh laboratory report from CERN early this morning, and my database has already included it. It mainly talks about the experimental verification based on the deduction of the Q theory.

The experiment was conducted in the Large Hadron Collider, using high precision synchrotron radiation sources and picosecond-level time-resolved instruments for measurement. The final results show that there are slight deviations in particle speed from the theoretical prediction, supporting the hypothesis that light speed varies."

"Hmm? If I remember correctly, isn’t the constancy of light speed a theorem?"

"Yes, from today it’s the wrong theorem! But it can still be used, because according to the calculated results, the rate of light speed decrease has basically become stabilized over the last million years, which means that on the level of the Solar System, it’s almost imperceptible.

Of course, the clever Dou Dou has already issued the relevant research tasks, such as calculating the speed of the universe’s initial first light, which is extremely helpful for us to study the cosmic framework and create an accurate cosmic model. Dou Dou is simply too amazing!"

"Yes, yes, Dou Dou you are amazing! But you’re so amazing, why not go ahead and calculate this value yourself? Wow, light speed can actually change!"