Topological magnetic states are promising for ultradense memory and logic devices. Recent
progress in two-dimensional magnets encourages the idea to realize topological states …

Atom-thick van der Waals heterostructures with nontrivial physical properties tunable via the
magnetoelectric coupling effect are highly desirable for the future advance of multiferroic …

Recent observations of topological meron textures in two-dimensional (2D) van der Waals
(vdW) magnetic materials have attracted considerable research interest for both …

As a promising candidate for the much‐desired low power consumption spintronic devices,
2D magnetic van der Waals material also provides a versatile platform for the design and …

Electric control of topological magnetic phases has attracted extensive attention due to its
potential applications in energy-efficient spintronic devices. Here, using first-principles …

Noncentrosymmetric ferromagnetic systems with large Dzylochinskii-Moriya interaction
(DMI) have gained intensive attention for hosting topologically protected solitons such as …

We theoretically investigate the instability toward a skyrmion crystal (SkX) in frustrated
triangular magnets. By performing simulated annealing and Monte Carlo simulations, we …

The search for topological magnetism in two-dimensional (2D) magnetic materials is one of
the hot topics in spintronics. We present comprehensive studies of magnetic phases in a …

Magnetic bimeron is a topological counterpart of skyrmions in in-plane magnets, which can
be used as a spintronic information carrier. We report the static properties of bimerons with …

Particle‐like magnetic textures with nanometric sizes, such as skyrmions, are potentially
suitable for designing high‐efficiency information bits in future spintronics devices. In …