Core Automation:用自动化实验室寻找 Transformer 替代方案Core Automation: Building the Automated Lab to Replace Transformers
The Takeaway:真正的瓶颈不是更多算力或更大模型,而是架构本身无法支持测试时持续学习,因此需要全新架构和高度自动化的研究实验室。
Core Automation 联合创始人 Jerry Tworek(前 OpenAI VP,领导过 Strawberry 和 reasoning 团队)与 Rohan Anil(前 Gemini 预训练负责人之一,Google Brain 和 Anthropic 资深研究员)认为,当前大模型在真实世界任务上仍受限于训练与部署的鸿沟。他们指出,强化学习虽然已大规模落地,但并非“从经验中学习”的终点,未来需要更高效、更接近人类多模式学习的算法。
Jerry 强调:“第一阶段是深刻欣赏 Transformer 已经把我们带到多远,然后才能专注它的弱点。”他们认为 Transformer 在计算深度上不足,主要依赖浅层结构和逐 token 的链式推理,导致推理时计算效率低下。真正需要的是能在部署中持续学习、适应新任务和新环境的系统。大实验室因季度竞争压力难以投入高风险的架构探索,因此他们选择独立创业,目标是打造“世界上最自动化的实验室”,让每个研究员以极高迭代速度试验新架构,并最终实现模型自我改进、无需人类在环的 AGI。
Rohan 补充,优化算法与架构必须端到端共同设计,当前预训练+强化学习的组合仍有数量级效率提升空间。他们把“写高性能 kernel”作为自动化内循环的关键瓶颈,并已通过竞赛证明人类+搜索能把 QR 分解加速 60 倍,而现有模型远未达到这一水平。
最终标准很实际:当实验室团队集体休假一周后回来,发现模型已经自主把他们的日常科研工作做得更好时,就知道方向对了。
Core Automation 联合创始人 Jerry Tworek(前 OpenAI VP,领导过 Strawberry 和 reasoning 团队)与 Rohan Anil(前 Gemini 预训练负责人之一,Google Brain 和 Anthropic 资深研究员)认为,当前大模型在真实世界任务上仍受限于训练与部署的鸿沟。他们指出,强化学习虽然已大规模落地,但并非“从经验中学习”的终点,未来需要更高效、更接近人类多模式学习的算法。
Jerry 强调:“第一阶段是深刻欣赏 Transformer 已经把我们带到多远,然后才能专注它的弱点。”他们认为 Transformer 在计算深度上不足,主要依赖浅层结构和逐 token 的链式推理,导致推理时计算效率低下。真正需要的是能在部署中持续学习、适应新任务和新环境的系统。大实验室因季度竞争压力难以投入高风险的架构探索,因此他们选择独立创业,目标是打造“世界上最自动化的实验室”,让每个研究员以极高迭代速度试验新架构,并最终实现模型自我改进、无需人类在环的 AGI。
Rohan 补充,优化算法与架构必须端到端共同设计,当前预训练+强化学习的组合仍有数量级效率提升空间。他们把“写高性能 kernel”作为自动化内循环的关键瓶颈,并已通过竞赛证明人类+搜索能把 QR 分解加速 60 倍,而现有模型远未达到这一水平。
最终标准很实际:当实验室团队集体休假一周后回来,发现模型已经自主把他们的日常科研工作做得更好时,就知道方向对了。
The Takeaway: The real bottleneck is not more compute or larger models, but architectures that cannot learn continuously at test time; the path forward is new architectures plus a highly automated research lab.
Core Automation co-founders Jerry Tworek (former OpenAI VP who led the Strawberry and reasoning teams) and Rohan Anil (one of the four Gemini pre-training leads, previously at Google Brain and Anthropic) argue that today’s models still fail on real-world tasks because of the gap between lab training and deployment. Reinforcement learning has been scaled, yet it is not the final form of learning from experience; richer algorithms closer to how humans actually learn are needed.
Jerry’s core point: “The first step to replacing transformers is appreciating deeply how far they were able to carry us.” Transformers are computationally shallow and rely on one-token-at-a-time chain-of-thought, making inference-time scaling inefficient. What is required are systems that continuously adapt on user data and real distributions. Big labs, locked in quarterly model races, have little appetite for high-risk architectural bets, which is why the pair founded an independent lab whose mission is to become “the most automated lab in the world.”
Rohan stresses that optimization and architecture must be co-designed end-to-end; current pre-training + RL pipelines still leave orders-of-magnitude efficiency on the table. Automating high-performance kernel generation is a key inner-loop bottleneck: a human-plus-search competition already delivered a 60× speedup on QR factorization that no existing model can match.
Their practical success metric is simple: go on vacation as a team and see whether the lab produces better work while they are gone.
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Core Automation co-founders Jerry Tworek (former OpenAI VP who led the Strawberry and reasoning teams) and Rohan Anil (one of the four Gemini pre-training leads, previously at Google Brain and Anthropic) argue that today’s models still fail on real-world tasks because of the gap between lab training and deployment. Reinforcement learning has been scaled, yet it is not the final form of learning from experience; richer algorithms closer to how humans actually learn are needed.
Jerry’s core point: “The first step to replacing transformers is appreciating deeply how far they were able to carry us.” Transformers are computationally shallow and rely on one-token-at-a-time chain-of-thought, making inference-time scaling inefficient. What is required are systems that continuously adapt on user data and real distributions. Big labs, locked in quarterly model races, have little appetite for high-risk architectural bets, which is why the pair founded an independent lab whose mission is to become “the most automated lab in the world.”
Rohan stresses that optimization and architecture must be co-designed end-to-end; current pre-training + RL pipelines still leave orders-of-magnitude efficiency on the table. Automating high-performance kernel generation is a key inner-loop bottleneck: a human-plus-search competition already delivered a 60× speedup on QR factorization that no existing model can match.
Their practical success metric is simple: go on vacation as a team and see whether the lab produces better work while they are gone.