Thanks to all the authors! @janexwang 13/13

In summary, our work provides a deeper understanding of the exploration and adaptation capabilities of frontier models. We show that these skills, while not yet robust, can be elicited.

Read the full paper for all the details!
arxiv.org/abs/2412.06438
#NeurIPS2025 12/13

This reveals that a major frontier for foundation agents isn't just acting, but reflecting. The ability to improve through adaptive strategies over time is challenging, but not fundamentally out of reach.

Benchmarks like Alchemy are crucial for measuring this progress. 11/13

We took it a step further: strategy adaptation. We silently changed the environment's rules mid-episode.

We found some models, like Gemini 2.5 and Claude 3.7, when aided by summarization, could detect the change and successfully adapt their strategy, recovering performance. 10/13

With the summarization prompt, a latent meta-learning ability emerged. Models now showed significant score improvement across trials.

The act of summarizing forced them to consolidate their knowledge, enabling them to form and execute better strategies in later trials. 8/13

This led to our key insight. We hypothesized the models weren't actively distilling principles from their long action history.

So, we prompted them to write a summary of their findings after each trial. The effect was dramatic. 8/13

But in the complex Alchemy environment, performance faltered. Without guidance, even the most powerful models showed no significant improvement across trials.

They gathered data but failed to integrate it into a better strategy. Meta-learning did not occur naturally. 7/13

In the simple Feature World tasks, most models performed near-optimally. They are highly efficient at gathering information when the goal is straightforward.

This shows the challenge isn't basic, single-turn reasoning. They can select informative actions in the moment. 6/13

2️⃣ Alchemy: A multi-trial environment that requires agents to deduce latent causal rules and improve their strategy over time. The rules are random, but stay the same across trials.

This isolates different facets of exploration from Feature World. 5/13

We evaluated models in two environments:
1️⃣ Feature World (both text-based and 3D in Construction Lab): A stateless setting to test raw information-gathering efficiency. 4/13

These patterns of failures offer interesting insights into how foundation models function, and also point toward ways to unlock these core embodied exploration abilities. 3/13

We benchmarked variants of GPT, Claude, and Gemini on exploration in several embodied environments. Surprisingly, although most models did well on stateless, single-turn tasks, many had critical limitations in adaptation and meta-learning in stateful, multi-turn tasks. 2/13

Happy to announce that our work has been accepted to workshops on Multi-turn Interactions and Embodied World Models at #NeurIPS2025! Frontier foundation models are incredible, but how well can they explore in interactive environments?
Paper👇
arxiv.org/abs/2412.06438
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