Associate Professor in NanoPhysics

His research involves interdisciplinary collaborations, linking physics, chemistry, optical engineering, and electronics. His interests focus on nanomaterials, encompassing their multiscale modeling and the analysis of computational simulation results to investigate their optical and electronic properties.

His work also concentrates on the development and optimization of materials by doping and stimulation of semiconductors . This is achieved through the assessment and studying the environmental effects on quantum behavior, such as electrochemical gates, optical effects, and temperature gradients. This approach targets applications in energy and electricity harvesting via thermoelectric effects, in addition to the development of optoelectronic sensing systems.