"This mathematical structure is so ingenious, just like you said, it’s magically beautiful!"
"You explained it so well. If I had heard a lecture like this when I was younger, I might have chosen theoretical physics. It’s a pity that I’m old now and lack the energy."
"Absolutely, it was a fantastic talk. The unique research truly demonstrated the intricacies of particle physics!"
Zhao Yi humbly thanked the audience for their praises as he walked off the stage and returned to his seat.
The conference hall was still buzzing with discussion.
Many people talked about the mathematical mysteries revealed in the presentation.
Zhao Yi didn’t say much, and his explanations were very detailed. However, since it involved particle physics and spatial mathematical constructs, it wasn’t easy for those unfamiliar with the topic to understand.
So in the audience who understood it explained the mathematical logic on the blackboard to others. The truly captivating aspect was the beautiful harmony that Zhao Yi described where everything seed so coincidental yet ford the ’Mathematical Atlas’ in space. Only those who at least held a doctorate in mathematics or had conducted related research in theoretical physics could understand this.
Although the theoretical knowledge required was quite advanced, many in the room understood. Those who were able to attend through free applications had at least a master’s degree in mathematics or physics, and most had a doctoral degree or were doctoral students. There were also university professors and researchers from various institutions; while not quite the level of an international mathematical conference, it wasn’t far behind.
After his presentation, Zhao Yi didn’t do much more, but sat quietly in his seat, listening to the other reports.
He was satisfied with his own presentation, not because it was profound or groundbreaking, but because he suddenly thought that delivering a ’professional research report’ would be uninteresting. Instead, he decided to demonstrate the charm of theoretical physics by revealing the mathematical mysteries of a small portion of his research.
Zhao Yi genuinely hoped that more people would engage in fundantal research in mathematics and theoretical physics.
During his interview, he expressed similar sentints, ntioning the foundation he established, "I hope that more people will engage in basic research, especially in mathematics and theoretical physics. There’s a significant shortage of talent in our country!"
From dostic satellite navigation system projects, it’s clear that while other fields can use foreign technology, sensitive military and defense projects must use dostic resources.
Hardware can co from other countries, but they will certainly not provide software and especially not theoretical foundations.
A lot of theories must be developed independently.
Having systematic and comprehensive theories ensures that the overall structure can be ford, parts can be perfectly integrated, and the whole system can perform at its highest efficiency.
dia coverage of the event read, "The 27th Quantum Physics Symposium held at Jiangzhou University. Professor Zhao Yi demonstrates particle energy construction results, revealing the mathematical charm of theoretical physics."
"Professor Zhao Yi encourages more young scholars to engage in fundantal scientific research."
"In his interview, he stated that our country urgently needs researchers in basic science, particularly in mathematics and physics. Strong developnt potential and future innovations in science and technology can be greatly enhanced by focusing on fundantal research."
The online discussion was also interesting.
Most netizens expressed helplessness, "I believe in Zhao Yi and know that there’s a shortage of fundantal researchers in our country. But looking at all those numbers and symbols, I feel completely powerless!"
"It’s too difficult! Too difficult!"
"I’m sorry, but I really don’t understand the mathematical charm that Zhao Yi showed!"
"Can soone please explain the aning behind all the numbers and symbols in that blackboard photo in the report? Is it an explanation of so alien structure?"
"I think if I could understand that, I could beco a university professor!"
"..."
These comnts resonated with most people. For ordinary people, complex mathematical content is like an ancient script.
No, it’s even harder than deciphering an ancient script!
With an ancient script, you might still get lucky and understand it just by touching it. Perhaps obtaining such a script would an that you are the so-called "chosen one."
But with complex mathematical content, there’s no room for luck. If you don’t know, then you absolutely don’t know.
The symposium lasted for three days.
Three days was not a long period. In fact, it was only planned for two days, but there were so many participants that the organizers decided to add an extra day, allowing more scholars to present their research and providing more ti for others to exchange ideas.
After the symposium ended, Zhao Yi boarded a plane back to the capital that sa night.
His participation in the symposium was quite fruitful. He t many people involved in physics research, obtained various materials, and expanded his horizons through exchanges with people like Yang Zhenning, Ruan Wenye, and Zhang Hongzhi, giving him new insights.
When he returned to Yanhua University, Zhao Yi went to the Biodical Research Institute’s laboratory the next morning to check on the experintal samples.
Last ti, the experint yielded significant results. He discovered that samples with E. coli produced a similar ’anti-AIDS virus infection’ protein, so he asked the lab to design several groups of samples with Gram-negative bacteria added.
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