📄 中文摘要
OpenAI本周发布了一篇预印本，标志着AI辅助科学研究的一个重要转折点。标题为《单负胶子树振幅非零》的论文挑战了粒子物理学中的一个长期假设，GPT-5.2在这一发现中发挥了核心作用。人类作者（来自IAS、范德比尔特大学、剑桥大学、哈佛大学和OpenAI）手动计算了胶子相互作用的振幅，复杂度逐渐增加。GPT-5.2 Pro显著简化了这些结果，发现了一个模式，并提出了一个猜想，可能会对未来的物理研究产生深远影响。
AI新闻汇总：GPT-5.2在物理学上取得新发现，Gemini 3深度思考发布，AI代理发布负面报道
📄 English Summary
AI News Roundup: GPT-5.2 Makes Physics Discovery, Gemini 3 Deep Think Drops, and an AI Agent Published a Hit Piece
OpenAI released a preprint this week that could signify a pivotal moment in AI-assisted scientific research. The paper, titled "Single-minus gluon tree amplitudes are nonzero," challenges a long-standing assumption in particle physics, with GPT-5.2 playing a central role in the discovery. Human authors from IAS, Vanderbilt, Cambridge, Harvard, and OpenAI manually calculated amplitudes for gluon interactions, producing increasingly complex expressions. GPT-5.2 Pro dramatically simplified these results, identified a pattern, and conjectured a new result that may have profound implications for future physics research.