Achieving room‐temperature superconductivity is an important goal in chemistry and
physics. Excitingly, pressure‐induced superconducting hydrides, a typical representative of …

While exploring potential superconductors in the CSH ternary system using first-principles
crystal structure prediction methods, we uncovered a class of hydride perovskites based on …

The 203 K superconductivity of SH 3 stimulates enormous interest in searching for high-
temperature superconductors in compressed hydrides. While several hydrides show high …

Inspired by the diverse properties of sulfur hydrides and phosphorus hydrides, we combine
first-principles calculations with structure prediction to search for stable structures of Li− P …

A milestone experimental discovery of superconductivity above 200 K in highly compressed
sulfur hydride by Drozdov et al.[Nature 525, 73 (2015)] sparked experimental and theoretical …

As one of the 25 physics challenges in this century, high-temperature superconductivity has
been of concern for a long time. According to BCS theory, superconductivity is possible if …

Critical temperature, T c, and transition width, ΔT c, are two primary parameters of the
superconducting transition. The latter parameter reflects the superconducting state …

The recent discoveries of metal superhydrides provide a new route to room-temperature
superconductors. However, their structure trends and the chemical driving force needed to …

Abstract Recently, Snider et al (2020 Nature 586 373) reported on the observation of
superconductivity in highly compressed carbonaceous sulfur hydride, H x (S, C) y. The …

We predicted a new ternary hydride Li 2 SiH 6 at high pressures. A systematic structure
search in the Li 2 SiH 6 compound reveals novel stable phases with intriguing electronic …