Greg Brockman@gdb
78AI 编辑部评分,满分 100
2026-05-21 15:38· 76天前
AI 导读

AI在数学领域实现了新知识生成的里程碑式突破。OpenAI模型解决了组合几何中悬而未决的著名难题——平面单位距离问题(Erdos 1946),首次证明通过AI方法可将该问题中单位距离对的数量提升至超线性规模(n^{1+δ}),超越了以往所有人类已知的线性构造。这标志着AI从解决已知问题迈向发现新数学的重要进展。该突破引发了研究者“难以入睡”的强烈反响,被视为AGI时代临近的信号。

our math result is a milestone in new knowledge generation by AI. very exciting to imagine similar results in other scientific fields. "It's very hard to sleep, man" is a pretty good reaction.

Alex DimakisA breakthrough by OpenAI in a very famous Combinatorics problem, the Planar Unit Distance problem by Erdos 1946. The problem is amazing because it can be descri...

来源:Greg Brockman · x.com

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Greg Brockman · @gdb · X·2026-05-21 15:38·76天前
AI 导读

AI在数学领域实现了新知识生成的里程碑式突破。OpenAI模型解决了组合几何中悬而未决的著名难题——平面单位距离问题(Erdos 1946),首次证明通过AI方法可将该问题中单位距离对的数量提升至超线性规模(n^{1+δ}),超越了以往所有人类已知的线性构造。这标志着AI从解决已知问题迈向发现新数学的重要进展。该突破引发了研究者“难以入睡”的强烈反响,被视为AGI时代临近的信号。

our math result is a milestone in new knowledge generation by AI. very exciting to imagine similar results in other scientific fields. "It's very hard to sleep, man" is a pretty good reaction.

Alex DimakisA breakthrough by OpenAI in a very famous Combinatorics problem, the Planar Unit Distance problem by Erdos 1946. The problem is amazing because it can be descri...

来源:Greg Brockman· x.com

事件后续 · 2查看事件全部 →