Symmetry-Adapted Machine Learning for Tensorial Properties of Atomistic Systems
The paper presents a symmetry-adapted machine learning framework for predicting tensorial properties of atomistic systems. It demonstrates improved accuracy and efficiency compared to conventional methods. The research originates from Switzerland.
The paper presents a symmetry-adapted machine learning framework for predicting tensorial properties of atomistic systems. It demonstrates improved accuracy and efficiency compared to conventional methods. The research originates from Switzerland.
It advances AI techniques for materials science, aligning with Swiss AI research priorities.
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