Offerta didattica programmata
LM 17 – Offerta Didattica Programmata 2018/2019
Curriculum ASTROPHYSICS
I ANNO
|
ADVANCED QUANTUM MECHANICS |
FIS/02 |
6 CFU (CRT) |
|
-ADVANCED STATISTICAL MECHANICS -MAGNETOHYDRODYNAMICS AND PLASMA PHYSICS |
FIS/02 FIS/06 |
6 CFU (AFF) |
|
ASTROPHYSICS |
FIS/05 |
6 CFU (CRT) |
|
ASTROPHYSICS LABORATORY I |
FIS/01 |
6 CFU (CRT) |
|
SPACE PHYSICS |
FIS/05 |
6 CFU (CRT) |
|
-RADIOASTRONOMY -HIGH ENERGY ASTROPHYSICS |
FIS/05 |
6 CFU (CRT) |
|
-SOLAR PHYSICS -GENERAL RELATIVITY |
FIS/05 |
6 CFU (CRT) |
|
NUCLEAR ASTROPHYSICS |
FIS/04 |
6 CFU (CRT) |
|
ELECTIVE COURSE |
==== |
6 CFU |
II ANNO
|
-EXTRAGALACTIC ASTRONOMY AND COSMOLOGY -COSMIC RAY PHYSICS |
FIS/05 |
6 CFU (CRT) |
|
SPECTROSCOPY |
FIS/03 |
6 CFU (CRT) |
|
-ASTROPHYSICS LABORATORY II -ASTROPARTICLE PHYSICS |
FIS/01 |
6 CFU (AFF) |
|
ELECTIVE COURSE |
==== |
6 CFU |
|
-THESIS INTERNSHIP -E-INFRASTRUCTURES FOR PHYSICS |
==== |
2 CFU (AAF) |
|
MASTER THESIS AND FINAL EXAM |
==== |
40 CFU |
|
Totale cfu |
|
120 CFU |
Curriculum PHYSICS APPLIED TO CULTURAL HERITAGE, ENVIRONMENT AND MEDICINE
I ANNO
|
ADVANCED QUANTUM MECHANICS |
FIS/02 |
6 CFU (CRT) |
|
SOLID-STATE PHYSICS |
FIS/03 |
6 CFU (CRT) |
|
NUCLEAR AND SUBNUCLEAR PHYSICS |
FIS/04 |
6 CFU (CRT) |
|
-ENVIRONMENTAL PHYSICS -BIOPHYSICS |
FIS/07 |
6 CFU (CRT) |
|
ENVIRONMENTAL RADIOACTIVITY |
FIS/01 |
6 CFU (CRT) |
|
-ENVIRONMENTAL PHYSICS LABORATORY -ELECTRONICS AND APPLICATIONS |
FIS/01 |
6 CFU (CRT) |
|
-ACCELERATOR PHYSICS AND APPLICATIONS -ADVANCED NUCLEAR TECHNIQUES APPLIED TO MEDICINE |
FIS/07 |
6 CFU (CRT) |
|
-SEISMOLOGY -ARCHAEOMETRY |
GEO/10 FIS/07 |
6 CFU (AFF) |
|
ELECTIVE COURSE |
==== |
6 CFU |
II ANNO
|
SPECTROSCOPY |
FIS/03 |
6 CFU (CRT) |
|
-APPLIED PHYSICS TO THE EARTH -NUCLEAR AND SUBNUCLEAR PHYSICS LABORATORY |
FIS/07 FIS/01 |
6 CFU (CRT) |
|
-COMPUTER SCIENCE FOR PHYSICS -COMPUTER LAB -IMAGING ANALYSIS AND FUNDAMENTALS OF DOSIMETRY |
INF/01 FIS/07 |
6 CFU (AFF) |
|
ELECTIVE COURSE |
==== |
6 CFU |
|
-THESIS INTERNSHIP -E-INFRASTRUCTURES FOR PHYSICS |
==== |
2 CFU (AAF) |
|
MASTER THESIS AND FINAL EXAM |
==== |
40 CFU |
|
Totale cfu |
|
120 CFU |
Curriculum CONDENSED MATTER PHYSICS
I ANNO
|
ADVANCED QUANTUM MECHANICS |
FIS/02 |
6 CFU (CRT) |
|
SOLID-STATE PHYSICS |
FIS/03 |
6 CFU (CRT) |
|
-NUCLEAR AND SUBNUCLEAR PHYSICS -NUCLEAR STRUCTURE |
FIS/04 |
6 CFU (CRT) |
|
ADVANCED STATISTICAL MECHANICS |
FIS/02 |
6 CFU (AFF) |
|
PHYSICS OF MATERIALS |
FIS/01 |
6 CFU (AFF) |
|
MATERIALS AND NANOSTRUCTURES LABORATORY |
FIS/01 |
6 CFU (CRT) |
|
PHOTONICS |
FIS/03 |
6 CFU (CRT) |
|
-QUANTUM OPTICS -QUANTUM PHASES OF MATTER |
FIS/02 |
6 CFU (CRT) |
|
SEMICONDUCTOR PHYSICS AND TECHNOLOGY SUPERCONDUCTORS |
FIS/03 |
6 CFU |
|
ELECTIVE COURSE |
==== |
6 CFU |
II ANNO
|
PHYSICS OF NANOSTRUCTURES |
FIS/01 |
6 CFU (CRT) |
|
-SPECTROSCOPY -QUANTUM INFORMATION |
FIS/03 |
6 CFU (CRT) |
|
ELECTIVE COURSE |
==== |
6 CFU |
|
-THESIS INTERNSHIP -E-INFRASTRUCTURES FOR PHYSICS |
==== |
2 CFU (AAF) |
|
MASTER THESIS AND FINAL EXAM |
==== |
40 CFU |
|
Totale cfu |
|
120 CFU |
Curriculum NUCLEAR AND PARTICLE PHYSICS
I ANNO
|
ADVANCED QUANTUM MECHANICS |
FIS/02 |
6 CFU (CRT) |
|
SOLID-STATE PHYSICS |
FIS/03 |
6 CFU (CRT) |
|
NUCLEAR AND SUBNUCLEAR PHYSICS |
FIS/04 |
6 CFU (CRT) |
|
NUCLEAR AND SUBNUCLEAR PHYSICS LABORATORY |
FIS/01 |
6 CFU (CRT) |
|
-QUANTUM FIELD THEORY – I -NUCLEAR REACTION THEORY |
FIS/02 |
6 CFU (AFF) |
|
THEORY OF STRONG INTERACTIONS |
FIS/02 |
6 CFU (AFF) |
|
-ELEMENTARY PARTICLE PHYSICS-I -NUCLEAR ASTROPHYSICS |
FIS/04 |
6 CFU (CRT) |
|
-EXPERIMENTAL METHODS FOR PARTICLE PHYSICS -EXPERIMENTAL METHODS FOR NUCLEAR PHYSICS -DATA ANALYSIS TECHNIQUES FOR NUCLEAR AND PARTICLE PHYSICS |
FIS/01 |
6 CFU (CRT) |
|
ELECTIVE COURSE |
==== |
6 CFU |
|
II ANNO |
|
|
|
-ASTROPARTICLE PHYSICS -HEAVY IONS PHYSICS |
FIS/01 |
6 CFU (CRT) |
|
-HADRONIC PHYSICS WITH ELECTROWEAK PROBES -HIGH ENERGY NUCLEAR PHYSICS |
FIS/04 |
6 CFU (CRT) |
|
-ELEMENTARY PARTICLE PHYSICS-II -NUCLEAR STRUCTURE |
FIS/04 |
6 CFU (CRT) |
|
ELECTIVE COURSE |
==== |
6 CFU |
|
-THESIS INTERNSHIP -E-INFRASTRUCTURES FOR PHYSICS |
==== |
2 CFU (AAF) |
|
MASTER THESIS AND FINAL EXAM |
==== |
40 CFU |
|
Totale cfu |
|
120 CFU |
Curriculum THEORETICAL PHYSICS
I ANNO
|
ADVANCED QUANTUM MECHANICS |
FIS/02 |
6 CFU (CRT) |
|
SOLID-STATE PHYSICS |
FIS/03 |
6 CFU (CRT) |
|
ADVANCED STATISTICAL MECHANICS |
FIS/02 |
6 CFU (AFF) |
|
QUANTUM FIELD THEORY-I |
FIS/02 |
6 CFU (CRT) |
|
GENERAL RELATIVITY |
FIS/05 |
6 CFU (CRT) |
|
QUANTUM FIELD THEORY-II |
FIS/02 |
6 CFU (CRT) |
|
-PHYSICS OF COMPLEX SYSTEMS -THEORY OF STRONG INTERACTIONS |
FIS/02 |
6 CFU (AFF) |
|
-NUCLEAR REACTION THEORY -CLASSICAL ELECTRODYNAMICS |
FIS/02 |
6 CFU (AFF) |
|
ELECTIVE COURSE |
==== |
6 CFU |
II ANNO
|
STANDARD MODEL THEORY |
FIS/02 |
6 CFU (CRT) |
|
-MANY-BODY THEORY -QUANTUM INFORMATION -NUCLEAR AND SUBNUCLEAR PHYSICS |
FIS/03 FIS/04 |
6 CFU (CRT) |
|
-ASTROPARTICLE PHYSICS -HEAVY IONS PHYSICS |
FIS/01 |
6 CFU (CRT) |
|
ELECTIVE COURSE |
==== |
6 CFU |
|
-THESIS INTERNSHIP -E-INFRASTRUCTURES FOR PHYSICS |
==== |
2 CFU (AAF) |
|
MASTER THESIS AND FINAL EXAM |
==== |
40 CFU |
|
Totale cfu |
|
120 CFU |
Curriculum NUCLEAR PHENOMENA AND THEIR APPLICATIONS
I ANNO
|
ADVANCED QUANTUM MECHANICS |
FIS/02 |
6 CFU (CRT) |
|
ADVANCED STATISTICAL MECHANICS |
FIS/02 |
6 CFU (AFF) |
|
-NUCLEAR AND SUBNUCLEAR PHYSICS -NUCLEAR STRUCTURE |
FIS/04 |
6 CFU (CRT) |
|
NUCLEAR AND SUBNUCLEAR PHYSICS LABORATORY |
FIS/01 |
6 CFU (CRT) |
|
-ENVIRONMENTAL RADIOACTIVITY -ACCELERATOR PHYSICS AND APPLICATIONS |
FIS/01 FIS/07 |
6 CFU (CRT) |
|
NUCLEAR REACTION THEORY |
FIS/02 |
6 CFU (CRT) |
|
THEORY OF STRONG INTERACTIONS |
FIS/02 |
6 CFU (AFF) |
|
NUCLEAR ASTROPHYSICS |
FIS/04 |
6 CFU (CRT) |
|
-EXPERIMENTAL METHODS FOR NUCLEAR PHYSICS -ENVIRONMENTAL PHYSICS LABORATORY |
FIS/01 |
6 CFU (CRT) |
|
-ARCHAEOMETRY -ADVANCED NUCLEAR TECHNIQUES APPLIED TO MEDICINE |
FIS/07 |
6 CFU (CRT) |
II ANNO
|
COMMON ADVANCED COURSE |
FIS/04 |
6 CFU (CRT) |
|
ELECTIVE COURSE |
|
12 CFU |
|
RESEARCH INTERNSHIP |
==== |
12 CFU (AAF) |
|
MASTER THESIS AND FINAL EXAM |
==== |
30 CFU |
|
Totale cfu |
|
120 CFU |
Un CFU è uguale a 25 ore totali di didattica assistita + studio personale.
Ogni CFU vale 7 ore di didattica assistita in aula e 15 ore esercitazioni in laboratorio
(art. 9, comma 4 del Nuovo Regolamento didattico di Ateneo).