PhD in Physics

The doctoral program (3rd cycle) in physics aims to develop advanced skills in fundamental and applied research, addressing major scientific, technological, and societal challenges. It is built on a common foundation of in-depth knowledge in modern physics and is structured around four complementary specializations. The Renewable Energiesspecialization focuses on the study, modeling, and optimization of sustainable energy conversion systems, particularly solar, wind, and photovoltaic, as well as other sources such as hydroelectric, biomass, or geothermal energy. The Theoretical Physics specialization concentrates on developing mathematical and conceptual models to understand the fundamental laws of the universe, from subatomic particles to cosmic structures, relying on advanced mathematical tools and simulations to predict and explain physical phenomena. The Radiation, Matter, and Medical Physics specialization combines the study of fundamental physics principles (particles, fields, condensed matter) with their practical applications, particularly in medical imaging and radiation therapy, blending theoretical, experimental, and applied physics to address scientific and medical challenges. The Materials Science, Nanostructures, and Applications specialization focuses on the study, design, and optimization of materials, especially at the nanoscale, to develop advanced technologies in fields such as electronics, energy, medicine, or the environment, combining physics, chemistry, and engineering to explore material properties and their innovative applications.

This program aims to train autonomous researchers capable of innovating, contributing to the production of original scientific knowledge, and meeting the needs of the socio-economic sector, while promoting interdisciplinary openness and national and international collaboration.