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Efficient Exploration Is Enough

A new arXiv preprint (submitted September 7, 2026) proposes that efficient exploration in reinforcement learning should prioritize generating generalizable experience, and shows theoretically that optimally efficient explorers schedule trajectories to visit the most informative and learnable regions first, while empirically this intrinsic objective alone can drive an automatic curriculum of progressively more complex behaviors without external rewards.

read2 min views1 publishedSep 9, 2026
Efficient Exploration Is Enough
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  [Submitted on 7 Sep 2026]


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Abstract:This work introduces an alternative view of efficient exploration and studies its theoretical and empirical implications in the absence of extrinsic rewards. Specifically, we define efficient explorers as agents that prioritize generating generalizable experience, i.e., data that supports learning models capable of predicting and adapting across the environment. This allows us to analyze efficient exploration through the lens of prediction and generalization. Theoretically, we demonstrate that optimally efficient explorers naturally schedule their trajectories to visit the most informative and learnable regions first. Empirically, we show that optimizing for these agents gives rise to an automatic curriculum of progressively more complex behaviors, even in relatively simple environments. These results indicate that pursuing this purely intrinsic objective alone is enough to drive the emergence of highly sophisticated behaviors. We believe that this new framework provides a principled mechanism by which agent-environment systems may sustain an open-ended process of increasingly complex behavior without external rewards, tasks, or objectives.

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