This master's degree course taught in English will allow you to deepen your knowledge of the basic elements of modern physics (nuclear physics and fundamental interactions, physics of matter, biophysics and nanoscience), theoretical physics (quantum mechanics and statistics) and numerical methods for physics. You will have first-hand experience of standard laboratory techniques and computer calculation and data analysis techniques. You will learn the main physical theories in terms of logical and mathematical structure, experimental proofs and the consequent modeling of physical phenomena. You will find job opportunities in industries that use or invest in innovative technologies in any area, from manufacturing to service society or that require process understanding and modeling, and analysis and testing skills.
