Electrides, accommodating excess electrons in lattice voids as anions, have attracted
considerable attention in both fundamental research and application development because …

To overcome the memory wall based on the von Neumann architecture, in-memory
computing has been intensively studied as a potential solution. Recently, an alternative type …

Over the last half century, layered materials have been at the forefront of materials science,
spearheading the discovery of new phenomena and functionalities. Certain layered …

The presence of interstitial electrons in electrides endows them with interesting attributes,
such as low work function, high carrier concentration, and unique magnetic properties …

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 …

The discovery of two-dimensional (2D) magnetic materials that have excellent piezoelectric
response is promising for nanoscale multifunctional piezoelectric or spintronic devices …

Electrides in a two-dimensional (2D) scale, especially those that capture inherent
magnetism and have low work functions, have shown great application prospects in …

The recently synthesized two-dimensional electride Gd 2 C was proposed to be a
ferromagnetic metal that possesses multiple pairs of Weyl points and may display a large …

The emergent layered magnetic electride Gd2C with exotic spin-polarized anionic electrons
as the hallmark has attracted tremendous interests. However, the Gd lattice masked beneath …

We present a theoretical study of the electronic, spectral, and magnetic properties of ternary
RE ScSi and RE ScGe (RE= La, Ce) compounds based on the DFT+ DMFT method …