Super God-Level Top Student

For instance, [\\hat{H}=\\hat{H}_0 + \\hat{H}_{\\text{gravity}}]. Of course, this is only the simplest example, I hope it can be of some help with your question. After finishing the email, Qiao Ze clicked the send button and then went on to read other emails. To his surprise, it hadn't been five minutes before his computer's Dou Dou pinged him that Edward Witten had replied to his email. "Professor Qiao, you've finally replied to my email. That's great. If it's convenient, could we talk now? As you know, it's hard to thoroughly discuss a problem through letters. Face-to-face communication is the best way, and I wouldn't want to hide this from you, we can use whichever video communication tool you prefer." Receiving a reply so quickly made Qiao Ze somewhat puzzled. He glanced at the time—it was already three in the afternoon. Calculating the time difference, it should be the early hours of the morning in Princeton. Doesn't the other party need to sleep? With the thought that it was so late and an aging scholar nearly reaching seventy was still up late at night, Qiao Ze decided to chat with the bigwig for a bit. Thus, he simply attached a lightweight video software in the reply email and included a registration code in the main text. This was specifically developed as an instant video chatting software, using Dou Dou's servers for relaying. The content of the chat would also be stored within Dou Dou's database. This wasn't just for the sake of data security; the main reason was that if the communication had any interesting content, it could be retrieved from Dou Dou's database at any time. Three minutes later, Qiao Ze saw that the other party had come online and then received a video call request. "Hello, Professor Qiao." "Hello, Professor Witten." After a perfunctory greeting, Qiao Ze heard a series of questions from the other side. "I just read your answer, but I still have some questions. What is the specific structure of (\\hat{H})? In particular, what terms are included in (\\hat{H}_{\\text{gravity}}), and how are these terms related to the quantum properties of the gravitational field?" Qiao Ze thought for a moment and patiently replied, "In Quantum Containment Theory, (\\hat{H}) describes the system's fundamental forces and matter besides the gravitational field, whereas (\\hat{H}_{\\text{gravity}}) describes the quantum properties of the gravitational field. A more specific description is that we need some nonlinear terms or gradients of the gravitational field to supplement possible outcomes. For example, [\\hat{H}_{\\text{gravity}}=\\int d^3x, \\hat{\\psi}^\\dagger(\\mathbf{x}) V(\\mathbf{x}) \\hat{\\psi}(\\mathbf{x}) + \\alpha \\int d^3x. (\\hat{\\psi}^\\dagger) and (\\hat{\\psi}) are the creation and annihilation operators of the gravitational field, respectively. The current challenge is to ensure their mathematical consistency and physical solvability, and the introduced nonlinear and gradient terms need to be consistent with experimental observations and theoretical coherence. But regrettably, I do not have sufficient data to support this theory. That is also why I posted the entire concept on Weibo. In fact, I am waiting for enough data results to optimize the entire theory and find its complete mathematical structure." As Qiao Ze finished speaking, the expression on Edward Witten's face gradually stiffened. Then, with a hesitant tone, he asked, "Wait, Professor Qiao, are you saying that the model you published, in fact, hasn't been verified by any data and hasn't even been simulated supercomputing?" Qiao Ze nodded matter-of-factly and said, "Yes. As I just mentioned, I do not have enough data to analyze these judgments. Nor do I have the means to obtain such data. That's why I chose not to publish a paper but to post it directly on a public domain traffic platform." These words left Edward Witten completely silent. Looking back on the month, ninety percent of the projects at CERN were centered around validating Qiao Ze's idea. He had even put off a pile of important meetings and was personally supervising the data at CERN, hoping to be the first to validate whether Qiao Ze's theoretical model was correct. But who would have thought that the guy had just casually proposed it? Isn't that joke a bit too big? He really wanted to tell Qiao Ze that this was not right. One couldn't play such a joke on the academic community under the guise of a scholar. If the final verification results completely contradicted Qiao Ze's formulation, wouldn't that amount to wasting tens of millions of euros and the expectations of thousands of physicists to validate a casually concocted conjecture? Not to mention that the entire Western academic community had already spent countless efforts trying to translate accurately and completely the twelve pictures Qiao Ze had posted on Weibo. Recently, Huaxia physics students studying abroad were almost crazily sought after, and now the guy nonchalantly tells him it was just a joke? Where's the rigor of a mathematician? But just as he was about to speak, he suddenly realized that he didn't seem to have any standing to reprimand the other party. The man had just said that the reason for choosing to post on a public domain traffic platform was because there was no verification. This was tantamount to telling him, I just posted it for fun, but who could have thought that you would take seriously a theory posted on an internal Huaxia public domain traffic platform? Is that my fault? Truly, at that moment, seeing Qiao Ze's relaxed and composed appearance on the video, Edward Witten really felt an inexplicable urge to travel to Huaxia and slap the young man twice. Even if it was somewhat disrespectful to the pioneer who had just developed the material model. Now that he thought about it, everyone had absolute trust in Qiao Ze not only because he had resolved the mass problem of the Yang-Mills Fields but also because the material model had disturbed everyone's minds, subconsciously believing that the theories proposed by this guy must have been carefully verified, right? Yes, at that moment, Edward Witten's thoughts were immensely chaotic.