The "Matter Physics" curriculum offers a training path focused on preparation in the fields of atomic and molecular physics, solid-state physics, complex systems physics, disordered systems, and living systems, laser physics, classical and quantum optics, from both experimental and theoretical perspectives. The research activities related to these fields of physics, to which students are directed, take place in the Florence area at the Department of Physics and Astronomy and in national and international research centers such as LENS, INO, and other CNR institutes. Students are required to deepen both technical and experimental knowledge as well as theoretical knowledge, participating, particularly in the context of their thesis work, in ongoing research. The courses related to condensed matter physics provide solid preparation in the relevant sectors, which forms an essential foundation for continuing studies in the PhD program in Physics or for entering industrial activities with high technological content or research activities in public and private research institutions. Potential career opportunities can also be found in structures dedicated to the study and conservation of cultural or environmental heritage, healthcare institutions, or in the field of computer science and its numerous applications.
Courses
Type |
Course |
CFU |
SSD |
Core Courses (48 ECTS) |
Atoms, molecules, and photons Solid-state physics Four elective courses from: Ultracold atoms Molecular and cellular biophysics Quantum electronics Physics of complex systems with applications Nuclear and subnuclear physics Foundations of biophotonics and tissue biophysics Photonics Quantum information Quantum optics Quantum theory of solids Biophysics and biophotonics laboratory Atomic physics laboratory Computational physics laboratory Liquid physics laboratory Solid-state and photonics laboratory One elective course from: Theoretical physics Statistical mechanics One elective course from: Astrophysics Relativistic astrophysics Cosmology Plasma physics Atmospheric physics Numerical methods for astrophysics |
6 6
6 6 6 6 6 6 6 6 6 6 6 6 6 6 6
6 6
6 6 6 6 6 6 |
FIS/03 FIS/03
FIS/03 FIS/03 FIS/03 FIS/03 FIS/04 FIS/03 FIS/03 FIS/03 FIS/03 FIS/03 FIS/03 FIS/03 FIS/03 FIS/03
FIS/02 FIS/02
FIS/05 FIS/05 FIS/05 FIS/06 FIS/06 FIS/05 |
Supplementary and Integrative Courses (18 ECTS) |
Three elective courses from those listed in the supplementary and integrative course table, or from Condensed matter physics and critical phenomena Electronics laboratory Colorimetry and color perception |
6 6 6 |
FIS/03 FIS/04 FIS/07 |
Elective Courses (12 ECTS) |
Elective courses from those not already selected from the curriculum or from those offered in other curricula or other study programs at the University of Florence |
12 |
|
Internships and Stages (6 ECTS) |
|
6 |
|
Final Exam (36 ECTS) |
Final exam: research work Final exam: writing and discussion |
30 6 |
|
TOTAL |
|
120 |
|
Within the Curriculum, various Paths can be chosen, which satisfy the above rules. In particular, we propose three:
Last
update
03.03.2025