Motivated by the recent report of room-temperature superconductivity at near-ambient
pressure in N-doped lutetium hydride, we performed a comprehensive, detailed study of the …

The global shift towards sustainable energy solutions has prompted a reevaluation of
traditional transportation methods. In this context, the replacement of electric cars with …

Since the prediction of multi‐hydrogen high‐temperature superconductor by Ashcroft in
2004, many possible candidates have been proposed, eg, LaH10 showing the highest …

Exploring high-temperature superconducting (high-T c) material at ambient pressure holds
immense significance for physics, chemistry, and materials science. In this study, we perform …

The pursuit of high-temperature superconducting superhydrides has entered a novel stage,
departing from examining binary hydrides and shifting the attention toward ternary …

Multihydrogen lanthanum hydrides have shown the highest critical temperature T c at 250–
260 K under pressures of 170–200 GPa. However, such high pressure is a great challenge …

Lanthanum, yttrium, and cerium hydrides are the three most well-known superconducting
binary hydrides (La–H, Y–H, and Ce–H systems), which have gained great attention in both …

The discovery of ambient superconductivity would mark an epochal breakthrough long-
awaited for over a century, potentially ushering in unprecedented scientific and …

Several multi‐hydrogen hydrides have exhibited high critical temperature (Tc)
superconductivity, but the requirement for ultrahigh pressures limits their applications. Here …

There has been a marked increase in interest in high-temperature superconductors over the
past few years, sparked by their potential to revolutionize multiple fields, including energy …