Subjects

My expertise is in Statistical Physics.

I perform theoretical and experimental studies on nonequilibrium systems.

Main research subjects include growing interfaces, coarsening dynamics, and percolation theory.

Technical skills

Coding (Fortran, Python, etc.). Monte Carlo Simulations. Cluster analysis.

Thin-film growth techniques. Poly-crystals. Atomic Force Microscopy.

Liquid crystals. Optical microscopy. Electro-hydrodynamic convection.

Surface of a polycrystalline (CdTe) film produced by thermal evaporation in high vacuum. The topography was obtained by atomic force microscopy. Height fluctuations obey the Kardar-Parisi-Zhang scaling laws and distributions.

Domain morphology of a 2D twisted nematic liquid crystal after a quench from a disordered state to a state with two competing phases: right-hand twists (green) and left-hand twists (violet). The largest cluster (orange) has the same geometry of critical clusters in the percolation universality class.

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