AI攻克半世纪难题，华人学者崭露头角

人工智能再次刷新科学探索的边界！一位名为 Weiguo Yin 的华人学者，利用 OpenAI 的 o3-mini-high 模型，成功"啃"下了一个困扰学界长达半个世纪的数学硬骨头，完成了首个由 AI 辅助的非平凡数学定理证明。这事儿，有点意思，或许真能打开物理学研究的新局面。

AI Conquers Half-Century-Old Problem, Chinese Scholar Emerges

Artificial intelligence is once again pushing the boundaries of scientific exploration! A Chinese scholar named Weiguo Yin, using OpenAI's o3-mini-high model, has successfully "chewed" through a mathematical tough nut that has plagued the academic community for half a century, completing the first AI-assisted proof of a non-trivial mathematical theorem. This is quite interesting and may truly open up a new landscape in physics research. 🤔

模型突破：揭开物理世界新维度

具体来说，这次突破集中在一维 J1-J2 q 态 Potts 模型上，成功搞定了 q3 状态的精确解。要知道，这可是对之前 q2 状态（也就是 Ising 模型）研究的重大拓展。这有啥用呢？简单说，它为理解层状材料中原子、电子的排列方式，以及超导体中那些奇特的 Tc 拱形相的形成，提供了全新的视角。

Model Breakthrough: Unveiling New Dimensions of the Physical World

Specifically, this breakthrough focuses on the one-dimensional J1-J2 q-state Potts model, successfully achieving an exact solution for the q3 state. It's important to know that this is a significant expansion of previous research on the q2 state (i.e., the Ising model). What's the use of this? Simply put, it provides a completely new perspective for understanding the arrangement of atoms and electrons in layered materials, as well as the formation of those peculiar Tc dome-shaped phases in superconductors.

南大走出的学术新星

值得一提的是，这位 Weiguo Yin 可不简单，他是南京大学 1998 届的博士，还拿过 2000 年的全国优秀博士学位论文奖。这学术背景，杠杠的，也为他这次借助 AI 取得突破奠定了坚实的基础。

Academic Rising Star from Nanjing University ✨

It's worth mentioning that Weiguo Yin is no ordinary person. He's a 1998 Ph.D. graduate from Nanjing University and even won the National Excellent Doctoral Dissertation Award in 2000. His academic background is top-notch 💪, which laid a solid foundation for his breakthrough with the help of AI this time. 🚀

AI 赋能：科研范式要变天？

这项研究的意义，不仅仅在于解决了一个数学难题。更重要的是，它展示了 AI 在解决复杂科学问题方面的巨大潜力。可以预见，未来 AI 将在科学研究中扮演越来越重要的角色，成为科学家们不可或缺的"外脑"。说不定，未来的科研模式，真要被 AI 彻底颠覆了。

AI Empowerment: Is the Research Paradigm About to Change Drastically? 🤯

The significance of this research lies not only in solving a mathematical problem. More importantly, it demonstrates the enormous potential of AI in solving complex scientific problems. It is foreseeable that AI will play an increasingly important role in scientific research in the future, becoming an indispensable "external brain" for scientists. Perhaps, the future research model will truly be completely subverted by AI. 🚀🧠💡

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