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10月21日周三
  1. NVIDIA Blog75

    NVIDIA 扩展开源模型家族,覆盖语言、机器人、生物与量子计算

    NVIDIA 扩展其开源模型家族,覆盖语言、机器人、生物和量子计算,包括新的 Nemotron 3.5 Super VL、Nemotron 3.5 Bolt、Nemotron Retriever、Kumo、Cosmos 3.5、Alpamayo 2 Edge、BioNeMo 与 Ising。

    推荐理由:NVIDIA 一次性铺开语言、机器人、生物、量子四条开源模型线,并给出各模型的开放渠道与首批企业用例。

10月14日周三
  1. Aran Komatsuzaki58

    Aran Komatsuzaki 介绍 Aether AI 的 CRIS-0 智能体可从演示中自行生成定位函数(SAM3 + RGB-D + IK)。当某个函数触发 IK 关节限位时,智能体会根据报错修补该函数、重试当前阶段并保留修补后的版本。他将这一过程类比为编码智能体循环在机器人控制上的应用。

    引用Biwei Huang@huang_biwei

    I have spent more than a decade studying causality. For me, causality is about understanding the rules that govern how actions change the world, and reasoning about their consequences before acting. Scaling has made today's models remarkably capable at spotting patterns and predicting what comes next. A system that acts in the physical world needs more. It has to ask what will happen if it acts, check the outcome, and adapt when reality doesn't match the plan. In the physical world, trial and error can be costly or unsafe, and an early mistake can carry through the rest of a task. When we started Aether AI, robotics was the obvious place to begin. CRIS-0 is our first integrated system built on these ideas. It tracks the conditions that matter for a task, predicts how each action will change them, and replans when something unexpected happens. In our demo, that means taking a metal can off a plate before heating it, and telling an empty can from an unfinished drink while tidying a room. Physical AI is just our first proving ground. We're building towards causal intelligence that also works for forecasting, scientific discovery, and more. The technical write-up is linked in the comments. https://x.com/AetherLab_AI/status/2108263657251418596/video/1