Abstract Two-dimensional (2D) magnetism and nontrivial band topology are both areas of
research that are currently receiving significant attention in the study of 2D materials …

An underestimation of the fundamental band gap values by the density functional theory
within the local density approximation and associated approaches is a well-known …

Coupling nontrivial topological physics to ferroelectricity in two-dimensional lattice is highly
desirable in both fundamental research and devices applications. Here, using first-principles …

Non-centrosymmetric NdAlGe is considered to be a candidate for magnetic Weyl semimetal
in which the Weyl nodes can be moved by magnetization. Clarification of the magnetic …

EuMg 2 Bi 2 has been investigated to understand the electronic and magnetic behaviors as
an antiferromagnetic (AFM) topological semimetal candidate. High-quality single crystals of …

Merging the fields of topology and magnetism expands the scope of fundamental quantum
phenomena with novel functionalities for topological spintronics enormously. Here, we …

The quantum spin Hall (QSH) insulator, ensured by the time-reversal (T) symmetry, has
been a conceptual milestone of complex topological phases and well known to realize the …

Identifying two-dimensional (2D) intrinsic magnetic materials is of great significance for
revolutionized spintronic application and fundamental research. Through comprehensive …

The finding of advanced functional materials with superior properties to existing ones to
develop cutting-edge technologies for societal advancement is indispensable. We identify a …

Antiferromagnetic (AFM) topological insulators (TIs) have recently attracted extensive
attention as a platform for exploring prominent physical phenomena and innovative design …