Giuliano Panico, giuliano.panico [at] unifi.it
The Theoretical Physics curriculum offers a training path aimed at providing students with all the theoretical tools needed to tackle a wide range of topics in modern physics: from quantum field theory to the fundamental interactions of elementary particles, from gravity to cosmology, and from matter in its fundamental states to matter at extreme temperatures and densities.
In the courses recommended to students, currently vibrant research areas at the international level will be presented, such as primordial cosmology, string theory, relativistic matter, and black hole physics, as well as their interconnections.
Research activities are carried out not only in the Department of Physics and Astronomy at the University of Florence but also at the National Institute for Nuclear Physics (INFN) and the Galileo Galilei Institute for Theoretical Physics in Arcetri.
The Theoretical Physics curriculum provides training that hones mathematical analysis and modeling skills of problems, both analytically and numerically, and fosters a general attitude to approach complex topics. This skillset proves valuable for future careers in both academia and research institutes, as well as in private companies.
For more information on Theoretical Physics research in Florence, visit here.
The structure of the Theoretical Physics Curriculum, which allows for automatic online approval of a study plan, is summarized in the following table:
Type |
Course |
ECTS |
Scientific Area |
Core Courses (54 ECTS) |
Quantum Field Theory I Quantum Field Theory II Relativity Statistical Mechanics Mathematical Methods for Theoretical Physics
One course to choose from: Atoms, Molecules, and Photons Elements of Matter Physics Condensed Matter Physics and Critical Phenomena Physics of Complex Systems with Applications Computational Physics Laboratory Quantum Information
One course to choose from: Nuclear and Subnuclear Physics Elementary Particle Physics Cosmic Rays
One course to choose from: Astrophysics Relativistic Astrophysics Cosmology Atmospheric Physics Plasma Physics |
9 9 6 6 6
6 6 6 6 6 6
6 6 6
6 6 6 6 6 |
FIS/02 FIS/02 FIS/02 FIS/02 FIS/02
FIS/03 FIS/03 FIS/03 FIS/03 FIS/03 FIS/03
FIS/04 FIS/04 FIS/04
FIS/05 FIS/05 FIS/05 FIS/06 FIS/06 |
Elective and Supplementary Courses (12 ECTS) |
Two courses to choose from the list of supplementary and elective courses |
12 |
|
Student's Choice (12 ECTS) |
Courses selected from the curriculum not already chosen, or from other curricula or degree programs at the University of Florence |
12 |
|
Internships (6 ECTS) |
|
6 |
|
Final Exam (36 ECTS) |
Final Exam: Research Project Final Exam: Writing and Discussion |
30 6 |
|
TOTAL |
|
120 |
|
Additional recommended electives and free choice courses (4 courses, 6 ECTS each)
Elements of Quantum Gravity Theory of Relativistic Matter Theories of the Primordial Universe Advanced Field Theory Many-Body Systems Theory Mathematical Methods for Quantum Mechanics* Introduction to General Relativity*
Notes: *If not already taken in the Bachelor's degree program |
It is strongly recommended that students have already completed the introductory courses on Introduction to General Relativity and Mathematical Methods for Quantum Mechanics in their Bachelor's degree program.
Last
update
03.03.2025