Reflecting on the course of global development, the progress of high-performance new
materials has played a pivotal role in human history. Researchers are vigorously developing …

Hydrogen-abundant compounds, as highly potential candidates of near-or room-
temperature superconductors, have recently attracted substantial attention. It is noted that …

Located at crystal voids, interstitial anion electrons (IAEs) have diverse topologies, which
may be tuned to achieve different properties. Elucidating the role of IAEs in electron-phonon …

Interstitial anionic electrons (IAEs) at lattice cavities of electrides, which have diverse
morphologies and concentrations, can induce interesting physical and chemical properties …

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

A systematic prediction of crystal structures of the Li x Ge (x= 1–8) system is performed using
a combination of structure prediction and ab initio calculations coupled with deep learning …

An electride, characterized by unique interstitial anionic electrons (IAEs), offers promising
avenues for modulating its superconductivity. The pressure-dependent coupling between …

The exploration of electrides, especially stabilized at ambient pressure, is of great interest in
condensed matter physics due to their intriguing properties induced by interstitial anionic …

High pressure is an effective method to induce structural and electronic changes, creating
novel high-pressure structures with excellent physical and chemical properties. Herein, we …

Electrides are ionic solids in which electrons act as the anions by partially detaching from
their host atoms and occupying empty regions in the crystal structure. These loosely-bound …