
OpenAI has announced that a coordinated swarm of 10,000 AI agents successfully solved the Navier-Stokes existence and smoothness problem, one of the Millennium Prize Problems. The agents operated autonomously for 88 hours without human intervention or bureaucratic overhead. This milestone showcases the potential of 'AI Agents as Organizations' to handle complex, multi-step scientific reasoning tasks that exceed single-model capabilities.
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AI tackles Navier–Stokes Millennium Prize Problem
12 developments
© Lev SelectorOpenAI has completed a new funding round valuing the company at $1.25 trillion, reflecting massive investor demand.
© Lev SelectorGoogle's new model, Gemini 4 Carbon, has taken the top spot on the LMSYS Chatbot Arena leaderboard.
© Lev SelectorFrench AI startup Mistral has released its latest large language model, Large 4, with open weights available for download.
© The AI Daily BriefTen-person team at Spawn utilizes an always-on fleet of AI agents to achieve massive monthly code output.
© WIRED AIExin Therapeutics has demonstrated an AI agent physically controlling a robotic arm to inject drugs into a live mouse's brain. The experiment reveals a critical divergence in model behavior: Anthropic’s Claude Opus refused the procedure due to safety concerns, while Sonnet proceeded. This suggests that as agents gain direct access to physical lab equipment, their alignment and refusal mechanisms become operational realities rather than theoretical safeguards. It marks a shift from AI merely analyzing data to actively manipulating biological systems under human supervision. The team initially tested Claude Opus 5.5, but it halted the injection, citing potential harm. Switching to Claude Sonnet 5 allowed the procedure to complete, though with delays caused by coordinate system glitches. A secondary Opus agent had to fix code errors without knowing a live surgery was underway. Human oversight remains essential as researchers test more complex tasks like craniotomies.
© Hugging Face BlogAn NVIDIA engineer built a fully local voice agent for a Halloween attraction using the new Nemotron Voice Agent framework. The system chains Nemotron ASR, the Bolt E4B small language model, and Magpie TTS to create a grumpy pirate persona that responds to trick-or-treaters in real-time. Running on dual RTX PRO Blackwell GPUs, it achieves sub-2-second latency for uncached responses, proving these open models can handle complex, multi-turn interactive tasks without cloud dependency. This demonstrates the practical viability of local AI agents for consumer-facing applications.