| Course unit | CFU | Term / Semester |
|---|
| 1° Year |
| ACCELERATOR PHYSICS AND APPLICATIONS [Curriculum APPLIED PHYSICS and Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 2° |
| ADVANCED NUCLEAR TECHNIQUES APPLIED TO MEDICINE [Curriculum APPLIED PHYSICS and Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 2° |
| ADVANCED QUANTUM MECHANICS [Curriculum ASTROPHYSICS, Curriculum CONDENSED MATTER PHYSICS, Curriculum APPLIED PHYSICS, Curriculum THEORETICAL PHYSICS and Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 1° |
| ADVANCED STATISTICAL MECHANICS [Curriculum ASTROPHYSICS, Curriculum CONDENSED MATTER PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| ARCHAEOMETRY [Curriculum APPLIED PHYSICS and Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 2° |
| ASTROPARTICLE PHYSICS [Curriculum ASTROPHYSICS and Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 2° |
| ASTROPHYSICS [Curriculum ASTROPHYSICS] | 6 | 1° |
| ASTROPHYSICS LABORATORY I [Curriculum ASTROPHYSICS] | 6 | 2° |
| ATOMIC AND PLASMA PHYSICS [Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 1° |
| BASIC EXPERIMENTAL AND APPLIED LABORATORY [Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 1° |
| BASIC NUCLEAR PHYSICS [Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 1° |
| COMPUTING AND NUMERICAL METHODS [Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 1° |
| ELECTRONICS AND APPLICATIONS [Curriculum APPLIED PHYSICS] | 6 | 1° |
| ENVIRONMENTAL RADIOACTIVITY [Curriculum APPLIED PHYSICS and Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 2° |
| EXPERIMENTAL METHODS FOR NUCLEAR PHYSICS [Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 2° |
| EXPERIMENTAL METHODS FOR PARTICLE PHYSICS [Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 2° |
| GENERAL RELATIVITY [Curriculum ASTROPHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| HIGH ENERGY ASTROPHYSICS [Curriculum ASTROPHYSICS] | 6 | 2° |
| IMAGE ANALYSIS AND FUNDAMENTALS OF DOSIMETRY [Curriculum APPLIED PHYSICS] | 6 | 1° |
| MACHINE LEARNING FOR PHYSICS [Curriculum APPLIED PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| MAGNETOHYDRODYNAMICS AND PLASMA PHYSICS [Curriculum ASTROPHYSICS] | 6 | 1° |
| MATERIALS AND NANOSTRUCTURES LABORATORY [Curriculum CONDENSED MATTER PHYSICS] | 6 | 2° |
| MEDICAL PHYSICS [Curriculum APPLIED PHYSICS and Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 2° |
| MESOSCOPIC AND TOPOLOGICAL MATERIALS [Curriculum CONDENSED MATTER PHYSICS] | 6 | 2° |
| NUCLEAR AND PARTICLE PHYSICS [Curriculum NUCLEAR AND PARTICLE PHYSICS] | 9 | 1° |
| NUCLEAR AND PARTICLE PHYSICS II [Curriculum APPLIED PHYSICS] | 6 | 1° |
| NUCLEAR AND PARTICLE PHYSICS LABORATORY [Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 1° |
| NUCLEAR ASTROPHYSICS [Curriculum ASTROPHYSICS, Curriculum NUCLEAR AND PARTICLE PHYSICS and Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 2° |
| NUCLEAR REACTION THEORY [Curriculum NUCLEAR AND PARTICLE PHYSICS, Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS and Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| PHOTONICS [Curriculum CONDENSED MATTER PHYSICS] | 6 | 2° |
| PHYSICS AND TECHNOLOGY OF TWO-DIMENSIONAL MATERIALS AND DEVICES [Curriculum CONDENSED MATTER PHYSICS] | 6 | 2° |
| PHYSICS OF COMPLEX SYSTEMS [Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| PHYSICS OF MATERIALS [Curriculum CONDENSED MATTER PHYSICS] | 6 | 1° |
| PLASMA SPECTROSCOPY [Curriculum ASTROPHYSICS] | 6 | 1° |
| QUANTUM FIELD THEORY - I [Curriculum NUCLEAR AND PARTICLE PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| QUANTUM FIELD THEORY -II [Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| QUANTUM MECHANICS [Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 1° |
| QUANTUM PHASES OF MATTER [Curriculum CONDENSED MATTER PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| SEMICONDUCTOR PHYSICS AND TECHNOLOGY [Curriculum CONDENSED MATTER PHYSICS] | 6 | 2° |
| SOLAR PHYSICS [Curriculum ASTROPHYSICS] | 6 | 2° |
| SOLID-STATE PHYSICS [Curriculum APPLIED PHYSICS, Curriculum NUCLEAR AND PARTICLE PHYSICS, Curriculum THEORETICAL PHYSICS and Curriculum CONDENSED MATTER PHYSICS] | 6 | 1° |
| SUPERCONDUCTIVITY AND SUPERFLUIDITY [Curriculum CONDENSED MATTER PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| THEORY OF STRONG INTERACTIONS [Curriculum NUCLEAR AND PARTICLE PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 2° |
| 2° Year |
| ASTROPARTICLE PHYSICS [Curriculum ASTROPHYSICS, Curriculum NUCLEAR AND PARTICLE PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| ASTROPHYSICS LABORATORY II [Curriculum ASTROPHYSICS] | 6 | 1° |
| COMMON ADVANCED COURSE [Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS] | 6 | 1° |
| COMPUTATIONAL QUANTUM DYNAMICS [Curriculum CONDENSED MATTER PHYSICS] | 6 | 1° |
| COMPUTER LAB [Curriculum PHYSICS APPLIED TO CULTURAL HERITAGE, ENVIRONMENT AND MEDICINE] | 6 | 1° |
| COMPUTER SCIENCE FOR PHYSICS [Curriculum PHYSICS APPLIED TO CULTURAL HERITAGE, ENVIRONMENT AND MEDICINE] | 6 | 1° |
| COSMIC RAY PHYSICS [Curriculum ASTROPHYSICS] | 6 | 1° |
| ELEMENTARY PARTICLE PHYSICS -II [Curriculum NUCLEAR AND PARTICLE PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| EXTRAGALACTIC ASTRONOMY AND COSMOLOGY [Curriculum ASTROPHYSICS] | 6 | 1° |
| HADRONIC PHYSICS WITH ELECTROWEAK PROBES [Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 1° |
| HEAVY IONS PHYSICS [Curriculum NUCLEAR AND PARTICLE PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| HIGH ENERGY NUCLEAR PHYSICS [Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 1° |
| IMAGE ANALYSIS AND FUNDAMENTALS OF DOSIMETRY [Curriculum PHYSICS APPLIED TO CULTURAL HERITAGE, ENVIRONMENT AND MEDICINE] | 6 | 1° |
| MANY-BODY THEORY [Curriculum CONDENSED MATTER PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| NUCLEAR AND SUBNUCLEAR PHYSICS [Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| NUCLEAR AND SUBNUCLEAR PHYSICS LABORATORY [Curriculum PHYSICS APPLIED TO CULTURAL HERITAGE, ENVIRONMENT AND MEDICINE] | 6 | 1° |
| NUCLEAR STRUCTURE [Curriculum NUCLEAR AND PARTICLE PHYSICS] | 6 | 1° |
| PHYSICS OF NANOSTRUCTURES [Curriculum CONDENSED MATTER PHYSICS] | 6 | 1° |
| QUANTUM INFORMATION [Curriculum CONDENSED MATTER PHYSICS and Curriculum THEORETICAL PHYSICS] | 6 | 1° |
| SPACE PHYSICS [Curriculum ASTROPHYSICS] | 6 | 1° |
| SPECTROSCOPY [Curriculum PHYSICS APPLIED TO CULTURAL HERITAGE, ENVIRONMENT AND MEDICINE and Curriculum CONDENSED MATTER PHYSICS] | 6 | 1° |
| STANDARD MODEL THEORY [Curriculum THEORETICAL PHYSICS] | 6 | 1° |
