Fisica (laurea magistrale) — Università degli Studi di Milano-Bicocca, Milano

Il piano degli esami

Curricula: Da approvare, Da approvare, Da approvare, Da approvare, Part time completo, Part time completo, Part time completo, Part time I anno, Part time I anno, Part time I anno. Qui sotto: Da approvare.

1° anno

• Theoretical physics II — 6 CFU
• Quantum field theory I — 6 CFU
• Quantum field theory II — 6 CFU
• General relativity — 6 CFU
• Theoretical physics I — 6 CFU
• 10 CFU Subjects to choose from - caratterizzanti ambito Sperimentale Applicativo - 1st year (scegli 10 CFU): Laboratory of biophotonics I 10 CFU; Laboratory of nuclear and subnuclear measurements I 10 CFU; Laboratory of quantum technologies, materials and sensors I 10 CFU; Laboratory of plasma physics I 10 CFU; Laboratory of theoretical computational physics 10 CFU
• 18 CFU Subjects to choose from - affini integrativi - 1st year (scegli 18 CFU): Experimental methods in high energy physics 6 CFU; Theory and phenomenology of fundamental interactions 6 CFU; Statistical mechanics 6 CFU; Machine learning applications 6 CFU; Quantum information and quantum computing 6 CFU; Introduction to cosmology 6 CFU; Particle physics II 6 CFU; Particle physics III 6 CFU; Quantum materials 6 CFU; Computational materials science 6 CFU; Quantum gravity 6 CFU; Mathematical methods for physics 6 CFU; Statistics and data analysis 6 CFU; Effective field theories and non-perturbative methods for particle physics 6 CFU; Theory of condensed matter 6 CFU; Geometric methods for theoretical physics 6 CFU
• A scelta (scegli 12 CFU): Chosen activities taken during the erasmus period - 6 CFU; Chosen activities taken during the erasmus period - 12 CFU; Laboratorio di elettronica II 6 CFU; Sostenibilita' energetica 6 CFU; Radioattivita' 6 CFU; Machine learning applications 6 CFU; Laboratory of nuclear and subnuclear measurements II 6 CFU; Quantum materials 6 CFU; Biophotonics 6 CFU; Applied electronics 6 CFU; Applied quantum technologies 6 CFU; Fabrication and characterization of nano and quantum materials 6 CFU; Mathematical methods for physics 6 CFU; Rivelatori di radiazioni 6 CFU; Radiazioni elettromagnetiche non ionizzanti 6 CFU; Laboratory of biophotonics II 6 CFU; Optical spectroscopy of solids 6 CFU; Nanobiotecnologie 6 CFU; Optical microscopy 6 CFU; Quantum information and quantum computing 6 CFU; Experimental methods in high energy physics 6 CFU; Particle physics II 6 CFU; Geometric methods for theoretical physics 6 CFU; Introduction to cosmology 6 CFU; Plasma physics II 6 CFU; Computational materials science 6 CFU; Effective field theories and non-perturbative methods for particle physics 6 CFU; Informatica industriale 6 CFU; Laboratory of quantum technologies, materials and sensors II 6 CFU; Particle physics I 6 CFU

2° anno

• Final examination — 47 CFU
• Further linguistic knowledge — 3 CFU
• Extra courses - according to (facoltativo): Geometric methods for theoretical physics 6 CFU; Applications of physics to medicine - medical physics 6 CFU; Introduction to cosmology 6 CFU; Quantum photonics 6 CFU; Quantum gravity 6 CFU; Statistical mechanics 6 CFU; Informatica industriale 6 CFU; Theory and phenomenology of fundamental interactions 6 CFU; Physics of semiconductors 6 CFU; Experimental methods in high energy physics 6 CFU; Effective field theories and non-perturbative methods for particle physics 6 CFU; Optical spectroscopy of solids 6 CFU; Machine learning applications 6 CFU; Applied electronics 6 CFU; Application of neutron physics 6 CFU; Biophotonics 6 CFU; Processi a basso impatto ambientale 6 CFU; Nanobiotecnologie 6 CFU; Rivelatori di radiazioni 6 CFU; Applied quantum technologies 6 CFU; Optical microscopy 6 CFU; Quantum materials 6 CFU; Particle physics I 6 CFU; Theory of condensed matter 6 CFU; Fabrication and characterization of nano and quantum materials 6 CFU; Sostenibilita' energetica 6 CFU; Monte carlo simulation of radiation detectors 6 CFU; Plasma physics II 6 CFU; Quantum electronics 6 CFU; Solid state physics 6 CFU