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School of Mechanical and Material Engineering, Department of Mechanical Engineering, University College Dublin, Massachusets Institute of Technology
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Embedding scientific principles into training distributions can drastically improve the accuracy and interpretability of latent representations in complex hypothesis spaces.
Length-adjusted tail entropy can serve as a powerful signal for solution quality, enabling significant performance boosts in inference-time scaling across complex domains.
Random train/test splits hide critical weaknesses in FOWT fatigue prediction models, but FLOATBench's new regime-aware benchmark exposes extrapolation failures that could lead to catastrophic structural failures.