The interaction between hydrogen and magnesium holds significant importance across
various applications such as hydrogen storage, tunable optical devices and energy …

Focusing towards ternary metal hydrides has recently been regarded as a new avenue for
research in pressure-dependent high-temperature superconductors, thanks highly to a fairly …

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

The recent experimental discovery of high-pressure superconductivity in (La, Y) H10,(La,
Ce) H9,(La, Ce) H10,(Y, Ce) H9, and (La, Nd) H10 confirms that ternary rare-earth clathrate …

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 …

We present an ab initio study of the ternary hydride PdCuH x⁠, a parent compound of the
superconducting PdH, at different hydrogen content (⁠ x= 1, 2⁠). We investigate its …

Recent progress on the theoretical and experimental aspects of ternary superhydrides has
confirmed their potential to synthesize the most anticipated room-temperature …

Very recently, much research progress has been made on the pressure‐induced
superconducting state in ternary hydrides. Herein, an ab initio study of the KC2H8 ternary …

This study investigates the superconducting properties of ternary hydrogen‐rich compounds
to elucidate the factors that limit their critical temperature (Tc). Through a systematic analysis …

The discovery of high-temperature superconductivity above 240 K in binary La-H and YH
systems inspired further predictions of even higher transition temperatures in compounds …