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Automated active-learning strategy for training machine-learning interatomic potentials (MLIPs) using Replica-Exchange Nested Sampling (RENS) to sample potential-energy surfaces for materials phase diagram prediction.
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The project addresses a high-complexity niche in computational materials science. While it currently lacks community traction (0 stars), it represents a sophisticated combination of replica-exchange nested sampling with active learning for ML potentials. The defensibility lies in the deep domain expertise required to implement and validate these physical simulations, though as a repo, it remains a paper-linked reference implementation.
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