"Alright, calm down first and tell how you did it." Critiel Matich frowned and asked.
Ham Taylor stepped forward excitedly and began to speak: "Of course, Professor Matich, in fact, I have to thank Professor Qiao from the East and you. I derived so conclusions through his Q theory and then combined the data you provided , including the gravitational wave signals observed from black hole rgers by the LIGO and Virgo detectors in recent years,
as well as the black hole shadow data observed by the Event Horizon Telescope, and other black hole accretion disk and jet data observed through X-ray and gamma-ray observations, all of which were used in the formulas derived from Q theory for calculations.
Two days ago, I first discovered that the black hole entropy calculated from the formulas of Q theory matched the observed data. Then, yesterday, I sent an email to Professor Qiao, and he gave a guided response, even helping derive the relevant formulas.
Then, I verified the theory guided by Professor Qiao using the mass of rged black holes and the spin paraters, and found that everything matched up. Yes, although the Hawking radiation temperature is very low and cannot be directly observed, through the gravitational wave data of rger events, we can easily infer the information retention properties of black holes using Q theory.
Of course, reaching this step actually doesn’t prove much. But I attempted to use Q theory in reverse and found that the data obtained matched the cumulative observational data for 23 black hole rger events, all of which aligned.
Of course, these 23 are just the data currently provided by you. But I believe, if more data could be obtained, they would surely fit Q theory’s predictions as well! This is enough to prove that my conclusions are correct!"
As he spoke, Ham Taylor had already handed over the printed draft in his hand.
In his excitent, the student’s language organization was sowhat chaotic, but for a successful scholar, the ability to summarize the main points is naturally very strong.
For Critiel Matich, the key point in Ham Taylor’s report was that he had found so properties of black holes through Q theory and had inversely proved a part of Q theory’s claims, which were confird by the astronomical data already observed.
Moreover, during this ti, his student had even contacted Professor Qiao, who was far away in Xilin. It seed that the latter had helped him solve an important mathematical derivation problem.
MMP!
Very suddenly, Critiel Matich found himself sowhat displeased with his proud disciple.
It wasn’t anger about anything else, but because this kid had actually gotten in touch with Xilin and done research on Q theory without even ntioning it to him at all.
If he had known earlier that this kid was applying Q theory to his research, at least he could have maintained a neutral stance on the correctness of Q theory and not argued with people that Q theory must be wrong.
Thinking about the things he had just been arguing with his friend about on video, Critiel Matich felt a bit embarrassed.
Alright, if it was just a debate with a friend, it wouldn’t have been a big deal. The issue was that he had recently published articles specifically refuting Q theory. If his student’s paper got published next, wouldn’t that an getting figuratively slapped in the face by his own student?
Thus, Critiel Matich subconsciously took Ham Taylor’s manuscript and, with a strange expression, asked, "When did you start this research? How co you never ntioned it to ?"
In his excitent, Ham Taylor apparently didn’t notice the professor’s peculiar attitude and explained with great enthusiasm: "Last month, while I was reviewing so data, a friend introduced to Professor Qiao’s Q theory. Since I couldn’t complete the tasks you gave anyway, I simply went ahead and studied it for a while.
At first, I couldn’t quite understand it, but after frequently discussing it with others in the group, I got a rough understanding of the essence of the paper. Then I saw the predictive content in the last part of the paper. I had a sudden thought that if Q theory is correct, then discrete quantum gravity would also be correct.
According to the characteristics of discrete quantum gravity, as long as so basic data is available, the surface area of a black hole and the corresponding black hole entropy can be directly calculated. The only issue to solve would be whether the Bekenstein-Hawking formula can be integrated into Q theory.
So I sent an email to Professor Qiao via the address provided in the paper about this issue. Unexpectedly, he replied to on the sa day, even giving a detailed derivation process. Then, following this thought, I proved and verified the entire process."
Upon hearing this, Critiel Matich finally understood why his proud disciple had been out of touch for this period. Occasionally helping him with students’ questions, he was in such a hurry. It turned out his whole heart and mind were dedicated to this new topic.
But this answer obviously couldn’t satisfy Critiel Matich, so he again disgruntledly emphasized: "I was asking why you never ntioned it to ."
"Uh?" This ti Ham Taylor finally realized that his ntor’s tone seed off. Suppressing his excitent, he looked at the professor’s expression and noticed that he wasn’t very excited and hadn’t even focused on his manuscript. He couldn’t help but feel puzzled...
"Well... I thought to report to you after I achieved so results, so after verifying it overnight last night, I took a short nap and imdiately ca to report to you."
Reviews
All reviews (0)