OpenAI近日公开722篇前沿数学手稿，其中两篇核心论文瞄准数学世纪难题挂谷猜想：一篇聚焦三维挂谷极大函数猜想，另一篇给出四维一般挂谷集合的满维证明。该进展刷新了多维数学认知边界，也引发全球学术界对AI在前沿基础科学研究中扮演何种角色的深刻讨论。
陶哲轩等学者严厉批评OpenAI批量发布AI生成的数学证明。OpenAI从GitHub发布含数百项开放难题解答的719份数学手稿，被指违背“数学与人工智能顾问小组”关于提高专有模型透明度与发布规范的建议。陶哲轩称，这种工业化批量攻克难题造成“证明消化不良”，理解机制缺失正威胁数学研究生态。
近日，OpenAI一次性公开722份数学难题证明手稿，横跨17个数学领域，整体解题成本远低于以往，刷新外界对AI数学能力的认知，并引发数学界震动。从技术与应用看，这些AI证明虽能通过机器严格验证，却在实际转化中暴露痛点：绝大多数难以转化为人类易于理解的知识，甚至面临应用障碍。
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