– Fundamental phenomena in laser-matter interactions;
– Theoretical approach, simulation and modeling of photoexcited processes;
– Dynamics and diagnostics of photoexcited processes;
– Ultrafast Phenomena in chemical processes;
– Photo/laser-induced desorption from surfaces;
– Resonant and non-resonant processes in photo/laser-induced materials processing;
– Plasmon-enhanced photon/laser processing;
– Laser cutting, drilling, surface patterning and micromachining;
– PLD and MAPLE for thin films, multilayers and nanostructured materials deposition;
– Laser synthesis of nanomaterials
– Surface nanostructuring and nanoripple formation;
– Surface modification including crystallization, annealing, amorphization, phase transformation, sintering and doping;