What is studied

This program focuses on theoretical and experimental aspects of quantum physics and on their application to emerging technologies in the fields of quantum computing, quantum information, quantum sensing, and quantum simulation.

Fundamental courses on the quantum nature of matter and light are followed by specialized courses on specific quantum systems and on the key theoretical approaches, as well as by experimental and computational laboratory courses. The program allows the creation of individual study plans that are either experimental, theoretical, or mixed experimental/theoretical. It provides the foundational knowledge and skills to understand and tackle frontier research in quantum sciences and technologies, which are recognized as strategic at the National, European, and global levels.

Thesis opportunities include research work, both experimental and theoretical, in the numerous laboratories and research groups operating at the Department of Physics and Astronomy and at other research institutes active in the Florence area (LENS, CNR, INFN, INRIM).

Courses

Among the characteristic and supplementary/integrative courses in this area, the following are recommended:

For further options regarding core, affiliated/integrative, or elective courses in this and other areas, please refer to the specific rules and tables for the Physics of Matter curriculum.