The absence of electrical resistance exhibited by superconducting materials would have
enormous potential for applications if it existed at ambient temperature and pressure …

Room-temperature superconductivity has been a long-held dream of mankind and a focus of
considerable interest in the research field of superconductivity. Significant progress has …

Hydrogen, the lightest element in the periodic table, has been predicted to metalize under
extreme compression. Metallic hydrogen is believed to be a room-temperature …

The binary polyhydrides of heavy rare earth lutetium that shares a similar valence electron
configuration to lanthanum have been experimentally discovered to be superconductive …

In this paper, the structure, hydrogen storage capacity, mechanical, electronic, optical and
thermodynamic properties of hydride perovskites KCuH 3 and RbCuH 3 are systematically …

Achieving room-temperature superconductivity has been an enduring scientific pursuit
driven by broad fundamental interest and enticing potential applications. The recent …

Hydrochromic materials characterized by noticeable color change upon water exposure
have attracted pervasive attention for their frontier applications in sensing and information …

The structural, mechanical, electronic, kinetic, thermodynamic, optical and hydrogen storage
properties of new perovskite hydrides XVH 3 (X= Na, K, Rb, Cs) were investigated using …

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 …

The structure of the material responsible for the room temperature and near ambient
pressure superconductivity reported in an N-doped lutetium hydride [Nature (London) 615 …