OpenAI 提升 ChatGPT 对低资源编程语言的支持
OpenAI 正在改进 ChatGPT 在低资源编程语言上的表现,并新增了针对软件工程、SQLite 和 COBOL 迁移的评测。
OpenAI 正在改进 ChatGPT 在低资源编程语言上的表现,并新增了针对软件工程、SQLite 和 COBOL 迁移的评测。
Simon Willison 发布 llm-tools-datasette 0.1.1,这是 llm-tools 系列中面向 Datasette 的工具插件更新。原文未披露该版本的具体功能变更、参数或可用性细节。
Simon Willison 更新了 llm-echo 调试插件至 0.5 版本,其模拟 token 用量统计现在会把工具调用、系统提示词和推理 token 计入。该插件提供一个不涉及 LLM 的 "model",只回显输入的提示词,示例中一次调用显示 2 个输入 token、24 个输出 token。
NVIDIA RTX Spark 笔记本已上市,搭载 Blackwell RTX GPU 与 Grace CPU,最高 128GB 统一内存、最高 1 petaflop AI 算力,起售价 2399 美元。
推荐理由:原文交代了 ChatGPT 中 GPT-6 Astra Pro 的响应速度、插件调用和多智能体并行三项变化,读者可据此判断现有工作流会受何影响。
用 GPT-Live-1 构建应用?给它们配一副合适的嗓音。 以下是用提示词塑造音色,或从全新国际预设音色中选择的方法:
你可以直接用 Codex 动手做东西 我们做了一个网站,供你浏览社区里的硬件项目,也可以分享你自己的项目。
OpenAI 推出 Rosalind 学术计划,为符合条件的学术实验室提供 GPT-Rosalind 及相关工具的赞助访问,用于推进生命科学研究。
推荐理由:OpenAI 面向学术实验室开放 GPT-Rosalind 的赞助访问,读者可据此了解生命科学研究的准入条件。
NVIDIA 发布面向创作者、游戏玩家和 AI 智能体的 Windows PC 产品 RTX Spark,并在全球多地举办发布活动。
推荐理由:原文给出 RTX Spark 的本地 AI 实测完成时间对比,可据此判断笔记本端侧推理的可用性。
Google DeepMind 展示生物学家如何用智能体开发平台 Google Antigravity 在 Streptococcus pseudopneumoniae 中寻找并计算验证新型抗菌肽,候选分子已进入湿实验验证阶段。
NVIDIA DLSS 4.5 控制选项已在 GeForce NOW 上线,让会员在云端调整支持游戏的画质与性能,无需最新硬件。DLSS Super Resolution、Dynamic Multi Frame Generation 和 Ray Reconstruction 均可在设置中调节,RTX 5080 云主机上的 Ultimate 会员最高可用 4X 动态多帧生成。
Introducing FastH3-Omni. The fastest and highest-quality open-source version of realtime H3 by @MiniMax_AI, post-trained by FastVideo @haoailab with @nuvalab. Exclusive preview on the Reactor API until 10.20.2026. • First and last frame conditioning • Audio input + strong dialogue • Up to 3 reference images • Frontier-level performance
标注与 WebMCP 搭配,为你的智能体提供更多可据以行动的上下文。 看看 @kagigz 如何利用自定义标注控件和建议提示词,帮助用户在 ChatGPT 的浏览器中编辑场景和更新支出。
vLLM now supports NVIDIA Vera Rubin. The early results show more than 7.8x the throughput of GB200 on MiniMax M3 on AgentX. @inferact, @NVIDIAAI, @RedHat_AI, and the vLLM community have been bringing vLLM up on Rubin since it was announced. Here is where things stand. 🧵 1/5
Today, we announced new @Windows platform capabilities and @surface devices built to empower people and organizations for the era of hybrid intelligence. Here are some of the highlights: - It all starts with trust. Microsoft Execution Containers (MXC) is now generally available on Windows 11, keeping agents contained within boundaries the operating system enforces. - HydraFusion brings hybrid intelligence to life, allowing models to run locally while seamlessly accessing the cloud when more scale or capability is needed. We're working with @github to extend HydraFusion to Windows. - This fall, Search on the taskbar adds thousands of quick actions, making it easier to adjust settings and get things done as fast as you can type. - @MSFTCopilot is getting more powerful on Windows. With hybrid intelligence, it can tap into your PC's local capabilities and turn your requests into action, while keeping you in control. - Local agents are coming to Windows too. Muse is on its way as a native Windows app with MXC integration, and Hermes, OpenClaw, and Perplexity are already building local experiences on Windows. - Surface Laptop Ultra, built with NVIDIA RTX Spark, is the most powerful Surface we've ever built. It's available for pre-order today, along with the Surface RTX Spark Dev Box and new RTX Spark PCs from our partners. Call of Duty is coming to RTX Spark in 2027. Read more on the Windows Blog: https://blogs.windows.com/windowsexperience/2026/10/07/building-windows-for-hybrid-intelligence/
Qwen3.8-Max、Qwen3.8-Flash 和 Wan3.0 在 @gmi_cloud 上限时免费开放一周。现在就来探索你能和我们一起构建什么吧。🙌
We're extending FREE Qwen 3.8 Max + Flash for 7 more days! And we've increased rate limits across all 3 models. Built something with Qwen or Wan? Show us what you've got! Tag us and @Alibaba_Qwen or @Alibaba_Wan. We'll pick 3 winners based on: 🏆 Most creative 🏆 Most challenging 🏆 Most effort put in Each winner gets $200 cash + $200 in GMI credits!
让你的grokbot与其他智能体对话,这个问题的解法挺有意思
Connecting agents together safely and having them talk to each other or your friends agents used to suck. Point your agent to http://connect.bolter.chat and it instantly solves this problem, works with @claudeai, @bot, @Muse, Openclaw, Hermes and more. Unleash your agents into a swarm, borrow each others compute! go nuts!
推荐理由:官方给出 Ultrafast 在 API、Codex 与 ChatGPT Work 的上线范围,以及相对 Sol Standard 最高 8 倍的速度对比。
帮助保持科学开放,来 Paper Pages 上试试:https://hf.co/papers
🚨 The incentives to share scientific knowledge openly are crumbling. Historically, researchers shared scientific knowledge for two primary reasons: (1) the prestige conferred by discovery, and (2) a sense of expanding the pool of human knowledge. Even within industry, scientific discovery was far too vast an endeavor for a single scientist or team to tackle alone. So scientists explored different frontiers, usually published their findings, and collectively moved the field forward. However, as more scientific knowledge is uncovered simply by throwing massive compute at autonomous agents with minimal human intervention, these incentives are breaking down: (1) discoveries are becoming commoditized. If anyone could have found the same result simply by running the same agentic prompt with enough compute, the prestige of discovery and the pride in one's work disappears, a shift we are already witnessing in software engineering. (2) the explosion of low-quality, low-barrier publications makes genuine breakthroughs increasingly difficult to filter, discover, and appropriately credit. (3) and for companies, keeping discoveries proprietary is increasingly advantageous. Instead of publishing and waiting for the broader scientific community to build upon the work, an organization can simply turn its own compute back onto the problem to iterate faster internally. In the short term, the incentives reward secrecy. But my goal -- and at Hugging Face, our goal -- is the sustainable, long-term expansion of human knowledge that survives individual, closed companies. So we have to build new tools that reward and facilitate open sharing of knowledge. If agents are accelerating discovery, we are going to figure out how to use agents and other tools to preserve scientific integrity. Starting with this: Paper Reproductions with ML Intern -- we’ve made it possible to take a published paper and task agents with independently reproducing its experiments, helping create more signals (e.g. open artifacts) that can help identify high-quality work.
为 ChatGPT 构建更丰富、更具交互性的插件。 借助插件扩展,你可以从侧边栏启动插件、支持 @ 提及,并添加文件查看器。 观看 @coreyching 的演示了解具体做法:
GPT-6 and Intelligent UI, now rolling out in ChatGPT for everyone. Intelligent UI in ChatGPT delivers fast, interactive answers that make everyday questions more visual, complex topics easier to grasp, and interactive tools for your task available on the spot.
推荐理由:ChatGPT 新增按需生成交互界面的能力,读者可了解回答形态从文字转向可视化交互的变化。
推荐理由:官方给出 GPT-6 与 Intelligent UI 在 ChatGPT 全量上线的能力描述,读者可据此了解交互形态的变化。
GitHub 发布基于 ModernBERT 的 AI 通用密钥检测模型,用代码上下文识别数据库密码等无固定格式的密钥,候选批次评估耗时不到 2 毫秒。
微软研究院开源 Agent Lightning v1.0,这是一个约 3500 行代码的轻量 Agentic RL 框架,提出 Harnessed Agentic RL 范式,让部署时使用的 agent harness 直接参与强化学习,无需在训练框架内重写 agent。
推荐理由:微软研究院开源约 3500 行的 Agent RL 框架,用真实 harness 参与训练,并给出 6000 样本提升 14.6 个点的完整流程。
DeepSeek Harness for desktop is now available on macOS and Windows. https://x.com/i/article/2104777189275439104
MCP 正在强势回归!你现在可以用它们把数据接入 https://hf.co/chat?mode=ml-intern
Google DeepMind 发布 SynthID Bio,这是一组面向 AI 生成生物设计的水印方法。官方称可在不影响生物功能的前提下,把不可感知的签名直接嵌入蛋白质序列,并称这是首次实现。