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Fields of Interest:
- Networks (statics and dynamics of complex evolving structures)
- Econophysics (analysis and modelling data from economy and finance
by tools of statistical physics)
- Traffic models (cellular automata description of one and two dimensional
vehicular traffic, correlation functions, congestion as phase transition,
the geometry of the traffic jam etc.)
- Granular systems (cellular automata and molecular dynamics modelling
of the flow, avalanches and segregation in granular media)
- Pattern formation (spatial and temporal instabilities leading to
patterns including growth phenomena, fractals, surface structures, aggregation,
DLA, Eden and related models)
- Percolation theory (universality problems, directed, continuum,
correlated percolation, relation to phase transitions, nucleation problems)
- Statistical physics of liquids (atomic dynamics of metallic and non-metallic
simple liquids)
- Computer simulation methods (efficient simulation of many particle
systems, vector and parallel computation, cellular automata, molecular
dynamics, Monte Carlo methods, cluster statistics)
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