Anton Rudenko Email & Phone Number

Speciality: from a model to accurate numerical discretization and optimal fast parallel realizationExperience: 1) Nonlinear Optics, Ultrashort lasers, Light-Matter Interactions, Nonlinear Maxwell equations, Filamentation, Maxwell-Bloch approach;2) Nonlinear nanophotonics, Mie-tronics, Nonlinear nanoplasmonics, Metaphotonics;3) Non-equilibrium processes, kinetic Boltzmann equations, excitation/ionization/relaxation processes;4) Molecular dynamics, Mechanical/Thermo-physical Properties of Matter, Phase Transitions;5) Hydro-gas-dynamics, Fluid dynamics, Navier-Stokes equations, Electron-ion heat transfer and diffusion, Thermo-elasto-plastic wave equations, Pressure wave propagation; Laser ablation;6) Hydrodynamic instabilities, Self-organization processes; 7) Parallel Algorithms, Multiprocessor/Multithread Parallel Realization, GPU Computing.Current research interests: laser-induced modifications in dielectrics, semiconductors and metals; ultrashort laser-matter interaction; excitation/relaxation processes; surface and bulk nanostructuring; ultrafast nonlinear optics & nanophotonics; kinetic Boltzmann and Maxwell-Bloch approaches.

Listed skills include Numerical Modeling, Applied Physics, Numerical Simulation, Algorithm Optimization, and 36 others.