We review the recent advances and current challenges in the field of strong spin-orbit
coupled Kitaev materials, with a particular emphasis on the physics beyond the exactly …

Aligning with the everlasting search for quantum spin liquids (QSLs), identifying the QSL in
Kitaev magnets has garnered great research interest during the past decade and remains …

We propose a theoretical framework to investigate elementary excitations at finite
temperatures within a localized electron model that describes the interactions between …

We theoretically report an instability toward a skyrmion crystal in centrosymmetric magnets
under hexagonal and trigonal single-ion anisotropy. The results are obtained for a minimal …

The higher-spin Kitaev magnets, in which the Kitaev interaction and off-diagonal exchange
couplings are overwhelmingly large, have emerged as a fertile avenue to explore exotic …

Multiple-Q states are expressed as a superposition of spin density waves at multiple
ordering wave vectors, which results in unconventional complicated spin textures, such as …

As topological quasi-particles in magnetic materials, skyrmions and antiskyrmions show
potential in spintronics for information storage and computing. However, effectively …

It is well recognized that the low-energy physics of many Kitaev materials is governed by two
dominant energy scales, the Ising-type Kitaev coupling K and the symmetric off-diagonal Γ …

Kitaev-type spin chains have been demonstrated to be fertile playgrounds in which exotic
phases and unconventional phase transitions are ready to appear. In this work, we use the …

The search for Kitaev spin liquid states has recently broadened to include a number of
honeycomb materials with integer spin moments. The qualitative difference with their spin …