Research Topics

Our activities evolve around understanding the transport and response properties of solids which root in spin-orbit interaction and non-collinear magnetism, with particular focus on effects of disorder and non-trivial topology of electronic states in various spaces. The concrete directions of our research lie in ab-initio theory of:

  • spin, anomalous and quantum anomalous Hall effects in metals and insulators
  • the effect of spin-orbit torque in ferromagnets and antiferromagnets
  • spin accumulation and spin pumping
  • topological insulators and metals
  • transport properties of skyrmions and chiral magnets
  • Dzyaloshinskii-Moriya interaction and orbital magnetism
  • topological characterization of solids and magnetization dynamics
  • ballistic transport in nano-scale magnets
  • thermal transport phenomena
Last Modified: 06.03.2023