Quantum anharmonic corrections lower the predicted superconducting transition of YH10 to 260-270 K, and new measurements show clean superconductivity in YH6 and YH9 but no high-temperature superconductivity in Pd- or Al-doped yttrium hydrides.
Analysis of the spatial distribution of hydride phases in the sample was performed using the Dioptas 0.7 program 7
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Yttrium Superhydrides Revisited: Advanced Experimental and Theoretical Studies of YH$_6$, YH$_9$ and YH$_{10}$
Quantum anharmonic corrections lower the predicted superconducting transition of YH10 to 260-270 K, and new measurements show clean superconductivity in YH6 and YH9 but no high-temperature superconductivity in Pd- or Al-doped yttrium hydrides.