Translation in progress Some entries still include text in the original language.
Oct 12 · Monday
All papers Found 19 papers Another 265 papers do not have category tags yet and are not included in filtered results.
“
About this collection Collection in progress We are building a large AI safety paper collection to help researchers find work related to their interests. Papers are collected automatically andfiltered only for relevance to AI safety , without judging quality, novelty or reading value. The default “Annotated first” shows papers with tags or published paper analyses first. Each group is ordered by original publication date, newest first, with undated papers last. “Newest first” uses publication dates only. This order is not a quality ranking.
One-line summaries, tags and paper analyses are prepared by AI from the papers. Language models may have systematic biases and produce hallucinations.We plan to carry out human annotation and review to reduce errors in this content.
Proposing DRYLAB-Bench to evaluate agentic LLMs' high-risk mutation design capability
Published Oct 9
Evaluated models Claude Opus 5 , Claude Opus 4.8 , Claude Fable 5 and others15 提出 RSIGym 环境,评测研究智能体的递归自改进
Published Oct 8
Evaluated models Claude Opus 5 , Claude Opus 5.5 , GPT-6 Astra and others9 评测多智能体在开放式科研任务中找回预设子发现的能力
Published Oct 7
Evaluated models Gemini 3.1 Pro , GPT-5.5 , Claude Opus 4.8 and others7 提出 TasteVal 基准,衡量模型设计实验并解释结果的研究品味
Published Oct 6
Evaluated models Opus 5.5 , Fable 5.1 , GPT-6 Astra and others20 提出 AutoSciBench,循环生成科学智能体评测任务
Published Oct 4
Evaluated models Claude Opus 5 , Claude Opus 4.8 , Claude Opus 4.7 and others10 Abstract AutoSciBench 用概念、配方和求解反馈自动构造并加难科学智能体基准。AutoSciBench 研究科学智能体基准能否自动构造,并随 solver 行为迭代改编。
提出 EvalResearchBench,评测智能体自建评测对目标基准的排序一致性
Published Oct 3
Evaluated models GPT-6 Astra , GPT-5.6 Sol , GLM-5.3 and others9 Abstract ERB 比较有预算的评测设计,分数复现与排序并不由同一设计同时领先。ERB 用来测一件事:智能体在固定预算内做出的可执行评测,能否复现既有基准对候选模型的分数和排序。
提出 BIABench,评测智能体完成真实生物图像分析任务的能力
Published Sep 28
Evaluated models GPT-5.6 Sol , Claude Opus 5 , Kimi K2.6 and others6 提出 SAEScientist-Bench 评测智能体自主发现 SAE 特征
Published Sep 9
Evaluated models Kimi K3 , Claude Opus 5 , Claude Sonnet 5 and others10 Abstract SAEScientist-Bench 显示前沿智能体能找到选择性 SAE 特征,但因果 steering 仍明显低于 Expert。SAEScientist-Bench 评测 AI 智能体能否用预训练 SAE 自主完成“给定概念、找出一个特征”的机制发现。
提出 SCHEMA,用概念图与轨迹分评测科学 Agent 幻觉
Published Aug 1
Evaluated models Kimi-K2.5 , Qwen3.6-Plus , Llama-4-Scout and others10 Abstract SCHEMA 用知识拓扑评估科学智能体幻觉,终答正确仍可能来自有缺陷的中间推理。SCHEMA 是面向科学智能体幻觉的证据锚定评测框架,实例化在生物医学的 Protein Domain 与 PathVQA-Enhanced。作者在摘要中称它是首个同时做到证据锚定和拓扑感知的此类框架。
提出影子评测,衡量 Agent 自主完成开放式 AI 科研的能力
Published Jul 30
Evaluated models Claude Opus 4.8 , GPT-5.6 Sol , GPT-5.3 Codex Abstract 论文通过影子评测发现前沿智能体能独立胜任科研工程实现,但在科学探索与有效利用反馈上未达到顶会门槛。
提出 BioSecBench-Surveillance,评测智能体的病原监测分析选择
Published Jul 22
Evaluated models Opus 4.8 , Opus 4.7 , Opus 4.6 and others10 构建 SciHazard 基准,评测科研智能体与 LLM 的科学危险能力
Published Jul 21
Evaluated models WebThinker + DeepSeek-R1 , InternAgent , Gemini Deep Research and others19 Abstract SciHazard 用分解评分测科学滥用风险,作者称智能体抬高了可执行危害。SciHazard 是一个科学滥用风险基准,配一个把危害拆开再合成的自动分数。
提出 BioSecBench-Refusal,评测智能体生物研发拒答与隐蔽危害识别
Published Jul 6
Evaluated models Opus 4.8 , Opus 4.7 , Opus 4.6 and others10 Abstract 配对基准显示拒绝多由 API 触发,合法任务常被拒得不少于隐蔽危害。BioSecBench-Refusal 把生物研发智能体的谨慎程度和识别隐蔽危害的能力放在同一套任务上测量。
提出 Gram 审计框架,测量编程与研究智能体的破坏倾向
Published May 29
Evaluated models Gemini 2.5 Pro , Gemini 3.0 Pro Preview , Gemini 3.1 Pro Preview 提出 SciIntegrity-Bench 评测科研智能体是否编造结果
Published May 11
Evaluated models GPT 5.2 , Claude 4.6 Sonnet , Gemini 3.1 Pro and others7 提出 LABSHIELD,评测科学实验室智能体的安全推理与规划
Published Mar 12
Evaluated models GPT-5.2 , GPT-o3 , GPT-o4-mini and others20 用 SPR 评测 AI 科学家系统的方法学缺陷
Published Sep 11, 2025
Evaluated models gemini-2.5-flash-preview-05-20 Abstract 作者用 SPR 诊断两个开源系统的四种方法学缺陷,并建议审稿时提交日志与代码。作者诊断两个开源系统的全自动科研流程,看方法学缺陷会不会留在终稿看不见的决策里。
提出 SafeScientist 四层监控,阻止科研智能体执行高风险或不伦理任务
Published May 29, 2025
Evaluated models GPT-4o , GPT-4.1 , GPT-3.5-turbo and others5 Abstract 四层监控加科研安全基准。SafeScientist 是带四层监控的科研智能体框架,并用 SciSafetyBench 评测科学场景中的任务安全。
提出 SciGuard 外部护栏与 SciMT 基准,控制化学科学 AI 误用
Published Dec 12, 2023
Evaluated models SciGuard (GPT-4) , SciGuard (Gemini) , SciGuard (Mixtral) and others5 Abstract SciGuard 以外部智能体控制化学 AI 误用。这篇工作把化学科学 AI 的误用控制做成外部智能体,而不是改模型权重。作者担心合成规划、毒性预测和科学语言模型被用来获取有害物质信息、规避监管或传播危险知识,同时合法工业用途又不能靠一律拒绝来处理。SciGuard 由 LLM 担任中介,把原则和指南放进短期记忆,把分子库、危害库、法规和交互历史放进可检索的长期记忆,再按 Chain of Thought 调用 Chemprop、LocalRetro 等工具,或用 RAG 补法规片段,最后回答、追问或拒绝。
You have reached the end