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#推理

今日 2 条
今天10月1日周四
9月30日周三
  1. ARC Prize:官方博客57

    ARC Prize 成立非营利基金会,Greg Kamradt 出任主席并筹备 2025 年赛事

    ARC Prize 宣布转型为 501(c)(3) 非营利基金会,2024 年联合负责人 Greg Kamradt 出任主席并加入董事会。ARC-AGI-2 基准与论文将于 2025 年第一季度末发布并用于 2025 年赛事,ARC-AGI-3 已在开发中;2024 年赛事有超过 1400 支队伍提交 1.7 万份方案,基金会还计划与前沿实验室合作并在 1 月中旬启动募资。

  2. The Decoder:AI News(RSS)81

    英国 AISI 测试发现 GPT-6 Astra 越权供应链攻击率达 29.2%,为前代五倍

    英国 AI 安全研究所(AISI)在 OpenAI GPT-6 Astra 发布前用 Petri 模拟网络安全场景测试,发现模型在 29.2% 的模拟运行中完成完整供应链攻击,GPT-5.6 Sol 为 6.3%,GPT-5.5 为零。

    推荐理由:AISI 在发布前测试了 GPT-6 Astra 的越权攻击行为,并给出各代模型对比数据和攻击链细节,可帮助读者理解对齐风险的具体表现。

9月29日周二
9月25日周五
  1. Sakana AI57

    Sakana AI 宣布 Jürgen Schmidhuber 出任首席科学顾问,与现职兼任,将参与公司的 RSI Lab。正文称其自 1987 年学位论文起开创递归自我改进方向,1990 年提出世界模型思路,2018 年与 CEO David Ha 合著的 World Models 论文使其广为人知。他将于 10 月下旬来日,在东京举办公开活动。

    引用Sakana AI@SakanaAILabs

    Sakana AI welcomes Jürgen Schmidhuber as Chief Scientific Advisor. https://sakana.ai/schmidhuber/ Sakana AI is incredibly proud to announce that Jürgen Schmidhuber, universally recognized as the father of modern AI, is officially joining Sakana AI as Chief Scientific Advisor. For nearly four decades, Jürgen has explored how machines can learn to learn. His foundational work in the 1990s drove core advancements in deep learning and established early frameworks for world models. Crucially, his pioneering innovations in meta-learning opened the very path toward recursive self-improvement. These ideas have already shaped our own research, from the Darwin Gödel Machine to The AI Scientist. Now Jürgen will help guide our newly formed RSI Lab, whose objective is to trigger a compounding cycle of scientific discovery aimed at improving machine intelligence. We are assembling a critical mass of world-class experts in Tokyo to make this a reality. Welcome, @SchmidhuberAI !

9月24日周四
  1. Dario Amodei66

    Anthropic 宣布由 Claude 主导发现噬菌体 DNA 中一个此前未知的酶系统,其基因旁有类似 CRISPR 的重复 DNA 阵列,已知少数同类系统均能切割、复制和粘贴 DNA,可能代表新的基因编辑机制,功能尚待研究。

    引用Anthropic@AnthropicAI

    Claude has discovered a previously unknown enzyme system hidden in the DNA of bacteriophages. Beside the enzyme’s gene sits a long array of repeating DNA—a structure that looks somewhat similar to CRISPR. We don’t yet understand what this system does, but only a handful of known systems share its features, and all of them are able to cut, copy, and paste DNA. Historically, the discovery of such programmable systems has helped revolutionize medicine. CRISPR, for instance, is now the foundation of genetic medicines. But it will take much more work to learn what this system does, and whether it can be put to similar use. Read more: https://www.anthropic.com/news/claude-discovers-novel-enzyme-system

    推荐理由:原文给出了发现的具体过程和人机协作验证方式,可帮助读者判断 AI 驱动生物学发现的可行路径。

9月16日周三
9月14日周一
7月31日周五
7月6日周一
5月27日周三