Quantum machines, new materials, and the universe at every scale.
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arXiv
Verdict: NotableUniversal machine-learning interatomic potentials now reach held-out energy and force errors so small that they no longer predict how a model behaves in simulation.
The local effect of an interstitial hydrogen-like particle on localized f electrons was studied in PrPb 3 by means of μ + spin rotation and relaxation.
Achieving high-fidelity and robust qubit manipulations is a crucial requirement for realizing faulttolerant quantum computation.
Vacancy ordered double perovskites (VODPs) have been known for more than 100 years, but their exact crystal structures and magnetic ground state remained controversial till date.
Convex relaxation hierarchies provide lower bounds to the ground state energy of quantum many-body systems that can be computed in polynomial time on a classical computer, at any fixed ....
Measuring part of a many-body wave function generates a projected ensemble of pure quantum states on the unmeasured subsystem.
Understanding the physics underlying high-temperature superconductivity in cuprates and, more recently, infinite-layer nickelates has remained a central challenge in condensed-matter ....