The prospect of this theory’s developnt is far too vast!
...
I didn’t see Sheldon Glashow again that day.
When Zhao Yi casually asked about it, George Smute joked, "He had left halfway through the argunt."
"He couldn’t stay because he was embarrassed, wasn’t there a live broadcast? I presu everyone would hear how his challenge reminded you to incorporate mass into your theory."
"However, no one would be foolish enough to think that he ant to remind you. It was an outright challenge, a denial of your argunt. He doesn’t believe in string theory, and he certainly wouldn’t believe in your theory. It’s common knowledge that he’s an old school type."
"You succeeded, and he had no choice but to leave."
Zhao Yi couldn’t help but laugh. He didn’t dislike Glasho, since the latter had indeed provided him with so inspiration.
Had it not been for Glashow’s remark, he might have taken much longer to incorporate mass into his theory.
Now, the particle’s boundary theory isn’t simply referred to as the ’energy theory’. More accurately, it should be called the ’Microscopic Mass-Energy Theory’. The terminology is a bit of a headache; let’s leave it up to the world to provide an answer.
anwhile,
The live broadcast covering the afternoon presentation carried a significant influence.
In reality, the viewership wasn’t high, and it fluctuated a lot. Most of the audience turned on the channel once they heard about it, only to stop watching shortly afterward or switch to other channels.
Because...they couldn’t understand it!
The majority simply couldn’t grasp the content of the presentation, the logic was too complex. Many still cared about the outco, and they flocked online to seek answers.
"What exactly did Zhao Yi talk about? Can any experts explain?"
"Did Zhao Yi prove his theories successfully? I switched to the channel, but I didn’t understand a thing!
"I was captivated by Zhao Yi’s presentation. I learned practical techniques like the 18 styles of dragon descending and the Nine Yin Scriptures..."
"Starting from now, I have evolved into Superman! Mortals, tremble in fear!"
"..."
Soon,
The live broadcast ca to an end.
The internet was flooded with related reporting, analysis, and comnts. Experts also ca to provide explanations. "In the morning session, Zhao Yi used energy theory to decipher the supersymtry problem. During the live broadcast, he derived the relationship between particle energy structure and mass."
"Two conclusions were drawn: One, the energy structure of a particle determines the mass it can carry; Two, the energy structure of particles is tiered, and can only be transferred from higher to lower tiers."
This explanation was quite professional, although most people still couldn’t comprehend it.
Eventually, soone rephrased it directly: "The conclusion of Zhao Yi’s demonstration is that light cannot transform into carbon, but carbon can generate light." Everyone understood this.
So, that’s how it was!
In so ways, the second conclusion could be interpreted similarly.
As dia analysis and reporting increased, many experts ca forward to provide explanations. Among them, renowned mathematicians and physicists who participated in the presentation were interviewed.
As one of the reviewers for the research on the supersymtry problem, Qiu Chengwen also participated in the academic conference, albeit in a low-key manner from the back rows. After returning to Shuimu University, he gave an interview about the conference.
The reporter wanted to gauge the extent of influence Zhao Yi’s achievent in particle mathematics would have.
Qiu Chengwen’s appraisal was exceedingly high, "If we talk about professional topics, most people probably wouldn’t understand."
"I’ll use a famous theory in physics for comparison—."
"Such as, string theory."
"String theory has been around for over fifty years, but it only truly developed and gained recognition amongst scholars in the 1980s and 1990s, primarily due to two revolutionary changes, both brought about by Mr. Edward Witten, a mathematical physics professor at Harvard. These two revolutionary changes occurred about ten years apart."
"Today, Zhao Yi solved the supersymtry problem in the morning. In the afternoon, he proved mass incorporations on the fly."
"Completing two arguntations in the morning and afternoon, Zhao Yi accomplished what Mr. Edward Witten took a decade or two fulfilling in a single breath, resulting in two revolutionary advancents in particle boundary theory."
"As of now, there aren’t many scholars globally specializing in the study of particle boundary theory, but there’s no doubt that starting today, this theory will gain worldwide acceptance, and its research potential and prospects have already surpassed string theory."
"It will beco the primary branch of theoretical physics!"
"This is the influence of Zhao Yi’s presentation and research!"
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