past (partially still ongoing)
Subjects:

• chaotic transport:
• diffusion
• drift, bias, conductivities
• reaction-diffusion
• fractal transport coefficients

• nonequilibrium steady states and thermal reservoirs:
• modeling of thermal reservoirs
• construction of nonequilibrium steady states
• heat flow, shear flow, electrical conduction
• thermodynamic entropy production

• dynamical systems analysis and transport theory:
• Lyapunov exponents, bifurcation scenarios, fractal dimensions, Markov partitions
• transport equations, random walks, correlation functions, probability distributions

• from theory to experiments:
• biological cell migration
  
• chaotic transport in granular material
• diffusion in zeolites
  

• further topics:
• transport in disordered and in noisy dynamical systems
  
• anomalous transport (subdiffusion, superdiffusion)
• deterministic ratchets
• fluctuation theorems
  

• low-dimensional maps (one-dimensional, baker maps, etc.)
• particle billiards, Lorentz gases
• hard-disk gases

• nonequilibrium statistical mechanics
• dynamical systems (chaos) theory, nonlinear dynamics, fractal geometry
• computational physics, (nonequilibrium molecular dynamics) computer simulations
• theory of stochastic processes
• kinetic theory
• (irreversible) thermodynamics

• antidot lattices
  
• stochastic resonance
• chaotic scattering