斯坦福、耶鲁等高校论文提出 AgentFold,将科学模型开发视为对可执行代码快照的搜索,每次成功或失败的干预都成为下一分支的证据。该闭环智能体在 ESMFold 搜索上击败了独立的 Codex 方案。它从紧凑的 ESMFold 衍生模型出发,由智能体提出架构修改、实现调试、运行训练、分析结果并记忆成败,再用树搜索决定哪些分支值得更多算力。
New Stanford, Yale and other top Chinese univ paper treats scientific model development as search over executable code snapshots, with every successful or failed intervention becoming evidence for the next branch.
Its a closed-loop agent that beat independent Codex proposals on ESMFold search.
Starting from a compact ESMFold-derived model, agents propose architecture changes, implement and debug them, run training, analyze outcomes, remember both wins and failures, then use tree search to decide which branches deserve more compute.
– arxiv. org/abs/2608.26747
Title: "AgentFold: Closed-Loop Agentic Search for Protein Folding Model Design"
来源:@rohanpaul_ai · x.com