Field of interest and research

• condensed matter physics, statistical mechanics, thermodynamics, computational physics


• relaxation and transport in general


• dynamics of spin and energy in low-dimensional quantum magnets


• equilibration and thermalization in isolated systems


• dynamical quantum typicality


• eigenstate thermalization and random matrix theory


• disorder


• non-equilibrium transport in open systems


• classical spin systems


• projection operator techniques and quantum master equations


• non-Markovian effects


• numerical methods: pure-state propagation, diagonalization, stochastic unraveling, symplectic integrators, cluster expansion