PhD courses (to fulfill the 12 mandatory CFUs)
Each student may choose his/her courses among those present in the full University Catalog. The courses organized by the Phd in Physics, Astrophysics and Applied Physics are listed below. The exact schedule of the lectures is not yet fixed and will be available after the preliminary meeting of each course.
2022-2023 program lessons
ASTROPHYSICS AREA
– Advanced topics in astrophysics and plasma physics-Collective phenomena in plasma physics (2 CFU-10 hours, M.Romé) Lessons schedule
– Advanced topics in astrophysics and plasma physics-Fundamentals of computational fluid dynamics in astrophysics (2 CFU-10 hours, G.Lodato)
– Advanced topics in astrophysics and plasma physics-Cosmology (2 CFU-10 hours, D.Maino) NOT ACTIVATED
– Advanced topics in astrophysics and plasma physics-Observations of the CMB (2 CFU-10 hours, M.Bersanelli) Lessons schedule
– Advanced topics in astrophysics and plasma physics-Observations and theory of large-scale structure formation (2 CFU-10 hour, L.Guzzo) Lessons schedule
– Advanced topics in astrophysics and plasma physics-Bayesian statistics in astronomy (2 CFU-10 hours, M.Lombardi) Lessons schedule
NUCLEAR AND SUBNUCLEAR AREA
– Advanced topics in particle physics (4 CFU-20 hours, A.Andreazza, L.Serafini, R.Turra) Lessons schedule
– Neutrino physics (2 CFU-10 hours, F.Vissani)
– Nuclear structure theory: Density functional methods in nuclear physics (2 CFU-10 hours, G.Colò) Lessons schedule
– Nuclear structure studied with stable and radioactive beams (2 CFU-10 hours, S.Leoni) Lessons schedule
– Nuclear structure and reaction dynamics with radioactive beams (4 CFU-24 hours, J.J.Valiente Dobon, A.Di Pietro) – This course takes place in LNL-Padua Lessons schedule
MATTER PHYSICS AREA
– Quantum coherent phenomena (6 CFU-30 hours, F.Castelli, M.Genoni, F.Albarelli) Lessons schedule
– Quantum theory of matter (6 CFU-30 hours, N.Manini, S.Achilli, A.Parola, G.Onida) NOT ACTIVATED
THEORETICAL PHYSICS AREA
– Computational, simulation and machine learning methods in high energy physics and beyond: Automated computational tools (3 CFU-15 hours, M.Zaro) NOT ACTIVATED
– Computational, simulation and machine learning methods in high energy physics and beyond: Monte Carlo methods (3 CFU-15 hours, S.Alioli, E.Re) NOT ACTIVATED
– Computational, simulation and machine methods in high energy physics and beyond: Machine learning (3 CFU-15 hours, S.Carrazza) Lessons schedule
– 4D and 3D theories with four supercharges: field theory, D-branes, holography and localization (7 CFU-35 hours, A.Amariti) Lessons schedule
APPLIED PHYSICS AREA
– Experimental methods for the investigation of systems at the nanoscale (6 CFU-30 hours, A.Vailati, B.Paroli, F.Giavazzi, G.Zanchetta, M.Buscaglia, P.Piseri, A.Podestà, S.Cialdi, P.Arosio, C.Lenardi, M.Carpineti) Lessons schedule
– Instruments and methods for a cultural understanding of physics (6 CFU-30 hours, M.Giliberti, N.Ludwig). Lessons schedule
PhD seminars (out mandatory CFUs)
The seminars schedule will be attached when available.