✉news SciencePhysics first seen 2 d ago, last 1 d ago, peak #16

Nuclear Quantum Effects Explain Superconductivity Mechanism

Original: Superconductivity's Left Flank Explained By Nuclear Quantum Effects

A new analysis explains part of superconductivity theory, described as its 'left flank', through nuclear quantum effects. The claim is that quantum motion of atomic nuclei plays a direct role in how superconductivity arises, rather than being a negligible detail. Specific materials, results and researchers involved are not given.

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• Superconductivity's Left Flank Explained By Nuclear Quantum Effects · Quantum Zeitgeist

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