Two-dimensional (2D) ferromagnets with rich electronic and optical properties are crucial for
scientific research and technological development, which lead to new applications in …

We designed and investigated the electronic, mechanical, and thermoelectric properties of
Graphene/hexagonal Boron Nitride (Gr/h-BN) heterostructure at various twisting angles …

Two dimensional transition metal trihalides have drawn attention over the years due to their
intrinsic ferromagnetism and associated large anisotropy at nanoscale. The interactions …

Antiferromagnetic material possesses excellent robustness to an external magnetic field
perturbation, which makes it promising in application of spintronic devices. The magnon …

Moiré superlattices with a robust twist proximity effect in the low-dimensional regime can
facilitate nanoscale thermoelectric devices. In pristine systems, the low efficiency and lack of …

The room-temperature intrinsic ferromagnetism of monolayer VSe2 with a van der Waals
gap provides an exciting opportunity for both the fundamental studies and future low …

Based on state-of-the-art first principles calculations, we proposed three plana-pentagon
monolayers, namely, NiP 2, PdP 2 and PtP 2. The monolayers are direct band-gap …

The effect of magnetism on the thermoelectric (TE) transformation efficiency has recently
attracted a lot of attention. A CrI3 monolayer is a two-dimensional (2D) ferromagnetic (FM) …

An exfoliated monolayer CrI 3 possessing the ferromagnetic (FM) nature of out-of-plane
Ising spin-up (or spin-down) electrons can be considered as a qubit with a quantum state of …

Historically, finding two-dimensional (2D) magnets is well known to be a difficult task due to
the instability against thermal spin fluctuations. Metals are also normally considered poor …