• The Master’s Degree Programme in Physics aims to provide students not only with a basic knowledge of relativistic quantum mechanics and of physics of matter, shared with all curricula but also with full knowledge of basic mathematics, computer science and scientific computation, acquired in Bachelor’s Degrees.
  • The Master’s Degree Program is divided into four curricula. The curriculum in Particle and astroparticle physics, taught in English, aims to build great mastery in Subnuclear physics, by focusing especially on its experimental aspects. The curriculum in Physics of matter aims to provide in-depth knowledge of theoretical and experimental aspects of condensed matter.
  • The curriculum in Biosystems focuses on biophysics, both from a computational and an experimental viewpoint. The Theoretical-general curriculum enables students to investigate theoretical physics issues in the field of gravitation, elementary particles, statistical mechanics and complex systems. Skills are acquired thanks to attendance to the core courses of the various curricula (that is not mandatory though recommended) and are assessed in exams, usually oral.