Welcome

Research Interests

Our research interests focus on the transport and dynamics of electrons in condensed matter systems out of equilibrium, particularly concerning spin and orbital degrees of freedom from a quantum mechanical perspective.

Electronic transport theory in quantum materials

• • Berry curvature physics, anomalous transport phenomena, transport of quantum superposition

  • Topological electronic states and their transport properties

  • Dynamics of quasiparticles coupling with electrons in solids

Dynamic phenomena in low-dimensional materials

• • Modeling electronic structure of low-dimensional materials

  • Transport properties in low-dimensional materials

  • Magnetization dynamics in low-dimensional magnets and its applications

Spin-orbit interaction in condensed matters

• • Roles of spin-orbit interaction in equilibrium properties
    Rasha-Dresselhaus effects, magnetic anisotropy, chiral magnets, magnetic skyrmions

  • Roles of spin-orbit interaction in non-equilibrium properties
    Spin/orbital dynamics, spin/orbital Hall effect, spin-orbit torque

Spintronic applications

• • Spin transport theory in heterostructures

  • Magnetization dynamics driven by electrons/magnons

  • Memory and non-memory applications of spintronic devices