-Management and development of research teams.
-Simulations of complex systems and development of 'in silico' scientific methods.
-Development of atomistic simulation methods and application to frontier problems of materials science and life science, with particular interest in the design of materials with tailored properties.
-Investigation of materials and devices for energy conversion and storage.
-Optimal design of algorithms and scale out of simulation techniques on massively parallel computers (atomistic simulations, fluid dynamics, micro-finite element simulations, multiscale-multiphysics methods)
-Global evaluation of computer systems for High Performance Computing (HPC) and a...
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