Atomic orbitals play fundamental roles in the modern theory of magnetism, not only
providing local moments via their partial occupation, but also offering exchange interactions …

Electride materials offer diverse functionalities owing to their high electron mobility and low
work function. Of particular importance are magnetic electrides where the anionic electrons …

An electride, a generalized form of cavity-trapped interstitial anionic electrons (IAEs) in a
positively charged lattice framework, shows exotic properties according to the size and …

Discoveries of two-dimensional (2D) magnetism originated from confined atomic layers in
van der Waals (vdW) crystals provide an interesting arena for elucidating its fundamentals …

Electrides are a hot research topic due to their special electronic distribution. Recently, the
coupling effects among electrides, magnetism, and topological electronic states have …

Electrides are special ionic solids with excess cavity-trapped electrons serving as anions.
Despite the extensive studies on electrides, the interplay between electrides and magnetism …

How to achieve half-metallicity is always a central topic in spintronics and the polarity-
tunable half-metallicity is particularly interesting for spin manipulation. In this work, motivated …

Electrides are a unique class of ionic solids in which the anions are stoichiometrically
replaced by electrons localised within the crystal voids. In this work, we present the first …

Electrides are ionic solids in which cavity-trapped electrons act as anions. These materials
have a number of unusual magnetic and electronic properties that originate from the free …

Charge density waves (CDWs), a common phenomenon of periodic lattice distortions, often
suppress ferromagnetism in two-dimensional (2D) materials, hindering their magnetic …