The Master's degree program in Physical and Astrophysical Sciences (Class LM-17) is a natural progression from the Bachelor's degree in Physics and Astrophysics. The primary objective of the program is to train physicists with a broad and deep understanding of various fields in modern physics, particularly astrophysics, applied physics, matter physics, nuclear and subnuclear physics, complex systems, and theoretical physics—disciplines that are at the forefront of physical sciences worldwide. The program equips students for careers in both research (academic and industrial) and professional fields, where physicists, trained in advanced experimental techniques and skilled in modeling and solving complex problems, are ideally suited for high-level experimental and theoretical work.

The degree program is organised into six curricula, each designed to delve into a key area of Physics:

• Astrophysics
• Fisica Applicata / Applied Physics
• Physics of Matter
• Nuclear and Subnuclear Physics
• Physics of Complex Systems 
• Theoretical Physics

Each curriculum includes core, related, supplementary, and elective activities, for a total of 78 CFU (CFU = ETCS). Most study paths incorporate laboratory work, either experimental or computational. Detailed information can be found on the pages dedicated to study plans. Additional 6 CFU are dedicated to further knowledge, training or language courses. A total of 36 CFU is dedicated to thesis work, so that 120 CFU are required to obtain the final degree. The program strongly encourages students to carry out their thesis in the research laboratories—both experimental and theoretical—of the Department of Physics and Astronomy, as well as in national research institutions, local companies, or foreign universities. Further information on research activities is available on the Department of Physics and Astronomy website.

The Master’s degree in Physical and Astrophysical Sciences provides a solid foundation in the most advanced areas of modern physics, as evidenced by the high employment rate of its graduates, particularly in public and private research sectors.