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Simulations and modeling of quantum transport in nano-/opto/thermo-electronic devices using in-house developed codes.
We mainly focus on physically based numerical methodology, heat management, photovoltaics and bio-inspired Engineering
Development of original and efficient approaches to describe inelastic interactions, time dependent transport and quantum heat transport at the nanoscale.
Conception of nano-heat engine and nano-coolers to over the self-heating effect generated in nanoelectronics and optoelectronics devices.
Study of highly efficient emerging solar cells which take advantage of nanostructuration.
Modeling and simulations of light-converting devices based on our understanding of biological systems.
