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

Hydrides are promising candidates for achieving room-temperature superconductivity, but a
formidable challenge remains in reducing the stabilization pressure below a megabar. In …

Most of the H-rich superconductors have so far been discovered to be clathrate structures.
Several clathrate hydrides, including H 3 S, LaH 10, and CaH 6, were predicted to be …

Density functional theory calculations and crystal structure predictions using the particle
swarm optimization method have been combined to determine stable hydrides of lead under …

The recent discovery of high-temperature superconductivity in hydrogen-based compounds
under pressure has fueled the hope for the exploration of hydrides with high critical …

Over the past decade, a combination of crystal structure prediction techniques and
experimental synthetic work has thoroughly explored the phase diagrams of binary hydrides …

Compressed ternary alloy superhydrides are currently considered to be the most promising
competitors for high-temperature superconducting materials. Here, the stable …

Compressed clathrate superhydrides have been the most promising candidates for room-
temperature superconductors since the theory-oriented findings of CaH 6, YH 9, LaH 10 et …

The recent findings of high-temperature hydrides ushered a new era of superconductivity
research under high pressure. However, the stable pressure for these remarkable hydrides …

Although it was proposed many years ago that compressed hydrogen should be a high-
temperature superconductor, the goal of room-temperature superconductivity has so far …