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 …

Electrides have attracted increasing interest due to their diversely physical properties,
including low work function, high catalytic activity, as well as potential superconductivity. In …

The crystal and electronic structures determine a material's physical and chemical
properties. Here, using particle swarm optimization method and first-principles calculations …

The formation of Kagome lattices by interstitial quasi-atoms (ISQs) in P6/mmm phases
provides a platform for exploring interactions between topology and correlation physics. In …

Lithium-based electrides with interstitial anionic electrons (IAEs) have recently garnered a
great deal of attention, since these materials were found to host intriguing properties such as …

Electrides as a unique class of emerging materials exhibit fascinating properties and hold
important significance for understanding matter under extreme conditions, which is …

High-pressure electride (HPE) superconductors are distinguished from other
superconductors by non-nuclear attractors (NNAs), which enable a seemingly paradoxical …

The discovery of superconductivity in electrides, where partial electrons are localized in
lattice interstices, labeled as interstitial anionic electrons (IAEs), introduces a different …

We investigate the antiferromagnetic heavy fermion superconductor UPd 2 Al 3, employing
angle-resolved photoemission spectroscopy to unravel the complex electronic structure of its …