Recently, the 3D Ghys conjecture, which has plagued the international mathematical community for more than 30 years, was successfully overcome by the Chinese team. This is the first time that China has relied on a large domestic model to solve world-class mathematical problems and achieve a landmark breakthrough in artificial intelligence empowering cutting-edge basic mathematics research. Professor Xu Disheng's team, a visiting scholar at the Shanghai Artificial Intelligence Laboratory and Professor Xu Disheng of the Greater Bay Area University, relied on the Shusheng S2 scientific model and used a new human-computer collaboration research model. The AI undertook large-scale, long-chain complex mathematical deductions. Researchers grasped the research direction, screened effective ideas, and completely deduced rigorous proof of the three-dimensional Ghys conjecture through multiple rounds of iterative interaction.

Recently, the 3D Ghys conjecture, which has plagued the international mathematical community for more than 30 years, was successfully overcome by the Chinese team. This is the first time that China has relied on a large domestic model to solve world-class mathematical problems and achieve a landmark breakthrough in artificial intelligence empowering cutting-edge basic mathematics research. Professor Xu Disheng's team, a visiting scholar at the Shanghai Artificial Intelligence Laboratory and Professor Xu Disheng of the Greater Bay Area University, relied on the Shusheng S2 scientific model and used a new human-computer collaboration research model. The AI undertook large-scale, long-chain complex mathematical deductions. Researchers grasped the research direction, screened effective ideas, and completely deduced rigorous proof of the three-dimensional Ghys conjecture through multiple rounds of iterative interaction.