"Ah..." Edward Witten sighed.
He felt a touch of lancholy.
He could imagine that many people in this massive research center would be too excited to sleep tonight. But that guy in Huaxia who had created all of this seed indifferent to it all.
It was really maddening.
...
Indeed, just as Edward Witten thought,
when the results were uploaded to the shared database, there was indeed a joyful atmosphere throughout CERN.
For the physicists here, they had finally obtained a mathematical frawork and tools that could be used to describe their theorems.
The number of achievents that could erge from this frawork was unimaginable.
Perhaps they would be able to rewrite the Higgs chanism using the thod given by Qiao Ze, reshaping the underlying logic of physics.
Indeed, at this mont, Qiao Ze was regarded by many physicists as worthy of the highest honors.
Of course, many people were also curious about what Qiao Ze was thinking and doing at this mont.
...
Huaxia, Xilin.
The reply to Professor Huaqing was indeed written by Qiao Ze himself. That was why it was so brief.
In fact, he replied directly with whatever ca to mind because he was busy writing an algorithm for Dou Dou at that ti.
A deeper reason was that the speed of these physicists' verification had slowed down the pace at which he was ready to announce so of his ideas.
Qiao Ze had shared with three people the reason why he was interested in studying Yang-Mills Theory.
Beyond the million-dollar prize from the Clay Institute, thinking about this problem helped him to contemplate more clearly the laws that govern this world and this universe.
So the things that countless physicists were imagining were actually concepts Qiao Ze already had a rough idea of when he completed his paper.
Just like that afternoon at the institute's courtyard, when he spoke with two mbers of the School of Mathematics, he had not yet found the perfect mathematical structure to prove or disprove the Unified Force Theory, but he already had many ideas.
However, the content of that day's conversation with the two academicians was quite advanced.
To truly delve into this research would require taking it one step at a ti.
Starting, for example, from the most fundantal, the Standard Model.
Now that the physics community had finally verified his paper, he could thodically bring out the Standard Model that he had envisioned.
So after completing a portion of Dou Dou's algorithm programming, Qiao Ze opened the manuscript he had edited long ago.
This was his modification of the existing particle Standard Model, which he nad the Quantum Implicative Model.
In this model, the most fundantal particles were nad Implicons by Qiao Ze.
Which is to say, within this theoretical frawork, Implicons are the basic units of matter, divided into Positive Implicons and Negative Implicons.
The mass problem that the Higgs chanism could not explain, in the frawork of this model, is interpreted as mass arising from the rotation and vibration patterns of the Implicons. That is to say, certain rotation and vibration patterns can confer mass to these particles.
The interaction between Positive Implicons and Negative Implicons leads to charges, unlike the traditional color charge, the color charge between Implicons manifests in different rotational and vibrational states.
Of course, the most important thing is that Qiao Ze unified the four fundantal forces through this model, which is the Implicative Force Field.
Gravity is diated by the Containnt Graviton, which interacts with an object's mass Implicons.
The electromagnetic force is transmitted by the Containnt Charge Particle in the electromagnetic field, interacting with an object's charge Implicons. The fluctuations of the electromagnetic field appear as the exchange of Containnt Charge Particles, leading to the quantum nature of the electromagnetic force.
The weak interaction is transmitted through the Containnt Weak Particle, interacting with an object's weak charge Implicons. Like the electromagnetic force, the weak interaction appears as the transformation of the Containnt Weak Particle, leading to the quantum effects of the weak interaction.
The strong interaction is transmitted through the Containnt Color Particle, interacting with an object's color charge Implicons. The strong interaction appears as the exchange of Containnt Color Particles, leading to the quantum effects of the strong interaction.
The most important part is that in this model, the concept of the hyper implicon space is proposed.
Beyond the three spatial dinsions and one-ti dinsion, there exists a minuscule implicon dinsion, which explains quantum entanglent and nonlocality.
On top of this, Qiao Ze proposed the Dinsional Weaving Effect, which suggests that the existence of the implicon dinsion leads to quantum entanglent and nonlocality in the microscopic world, as well as facilitating the unification of the four fundantal forces.
At this mont, this docunt that had been saved on Qiao Ze's computer for two months seed ready to et everyone.
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