Today, we’re introducing [schema]: a harness reaching 99% RHAE with Opus 4.8 + Fable 5 and 95.35% with GPT-5.6 Sol on ARC-AGI-3 Public set.
[schema] makes an LLM think like a physicist. 🧵
1/ RL for improving task success has made LLMs remarkably capable. But what happens when the model fails? Turns out, training for graceful failure can be surprisingly tricky!
Very excited to share our new paper: Training Language Models to Fail Gracefully
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Long-horizon video generation AND persistent visual memory? 🧠
That’s what MosaiChunk brings to autoregressive video models. Code, data, and checkpoints are out today!
Check it out: mosaichunk.github.io
Now autoregressive video models can remember. 🧠
Introducing MosaiChunk: persistent visual memory for long-horizon autoregressive video generation🧩.
Instead of remembering everything, it remembers the right things. ✍️
1/6
Now autoregressive video models can remember. 🧠
Introducing MosaiChunk: persistent visual memory for long-horizon autoregressive video generation🧩.
Instead of remembering everything, it remembers the right things. ✍️
1/6
Schema is now fully released — code and paper are out! 🚀
Beyond ARC-AGI-3, Schema also tackles MazeBench and DIG (Discovery in Games).
The goal has always been broader: building agents that can discover, understand, and reason about how worlds work.
More in Guanning’s post 👇
On July 15, we released Schema, the first agent harness to reach ~99% RHAE on the ARC-AGI-3 public set.
Today, we’re sharing the full paper and code, with new results and a closer look at why Schema works.
Today, we’re introducing [schema]: a harness reaching 99% RHAE with Opus 4.8 + Fable 5 and 95.35% with GPT-5.6 Sol on ARC-AGI-3 Public set.
[schema] makes an LLM think like a physicist. 🧵