Type
Master Degree Course
Access mode
Free
Length
2 years
Location
Modena
Language
English
Department
Department of Physics, Informatics and Mathematics
Info
Department: Department of Physics, Informatics and Mathematics
Degree class:
CFU: 120
Didactic method: PRESENCE
Study plan
Teachings
Study plan
Year of study:
1
Required
-
ADVANCED QUANTUM MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
FUNDAMENTALS OF CONDENSED MATTER PHYSICS
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM FIELD THEORY
6 CFU - 48 hours - First Half-Year Cycle
-
STATISTICAL MECHANICS AND PHASE TRANSITIONS
6 CFU - 48 hours - Second Half-Year Cycle
TCP OPTIONAL EXAM 1
-
ADVANCED CONDENSED MATTER THEORY
6 CFU - 48 hours - First Half-Year Cycle
-
ELEMENTARY PARTICLES
6 CFU - 48 hours - First Half-Year Cycle
-
LABORATORY OF QUANTUM SIMULATION OF MATERIALS
6 CFU - 60 hours - Single Annual Cycle
-
THEORETICAL ASTROPARTICLE PHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
TCP OPTIONAL EXAM 2
-
ADVANCED QUANTUM FIELD THEORY
6 CFU - 48 hours - Second Half-Year Cycle
-
ASTROPHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
-
CHEMICAL PHYSICS OF BIOMOLECULES
6 CFU - 36 hours - First Half-Year Cycle
-
LABORATORY OF MACHINE LEARNING AND ADVANCED COMPUTING FOR PHYSICS
6 CFU - 60 hours - Single Annual Cycle
-
NANOSCIENCE AND QUANTUM MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
-
PHYSICS EDUCATION: THEORETICAL AND EXPERIMENTAL METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
PHYSICS OF SEMICONDUCTORS
6 CFU - 48 hours - Second Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM MANY-BODY THEORY
6 CFU - 36 hours - Second Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
-
THEORY AND SIMULATION OF EXCITATIONS IN MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
FREE CHOISE COURSE (between 1 and 999 CFU)
-
ADVANCED CONDENSED MATTER THEORY
6 CFU - 48 hours - First Half-Year Cycle
-
ADVANCED QUANTUM FIELD THEORY
6 CFU - 48 hours - Second Half-Year Cycle
-
ADVANCED SPECTROSCOPIC AND IMAGING METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
ASTROPHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
-
BIOLOGICAL PHYSICS WITH LABORATORY
6 CFU - 60 hours - Single Annual Cycle
-
CHEMICAL PHYSICS OF BIOMOLECULES
6 CFU - 36 hours - First Half-Year Cycle
-
ELEMENTARY PARTICLES
6 CFU - 48 hours - First Half-Year Cycle
-
FUNDAMENTALS OF CONDENSED MATTER PHYSICS
6 CFU - 48 hours - First Half-Year Cycle
-
LABORATORY OF ELECTRON MICROSCOPY AND HOLOGRAPHY
6 CFU - 48 hours - Second Half-Year Cycle
-
LABORATORY OF MACHINE LEARNING AND ADVANCED COMPUTING FOR PHYSICS
6 CFU - 60 hours - Single Annual Cycle
-
LABORATORY OF QUANTUM SIMULATION OF MATERIALS
6 CFU - 60 hours - Single Annual Cycle
-
MEDICAL PHYSICS
6 CFU - 36 hours - Second Half-Year Cycle
-
NANO-MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
NANOSCIENCE AND QUANTUM MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
-
NUMERICAL ALGORITHMS FOR SIGNALS AND IMAGES PROCESSING
6 CFU - 42 hours - First Half-Year Cycle
-
PHYSICS EDUCATION: THEORETICAL AND EXPERIMENTAL METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
PHYSICS OF SEMICONDUCTORS
6 CFU - 48 hours - Second Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM MANY-BODY THEORY
6 CFU - 36 hours - Second Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
-
STATISTICAL MECHANICS AND PHASE TRANSITIONS
6 CFU - 48 hours - Second Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
-
THEORETICAL ASTROPARTICLE PHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
-
THEORY AND SIMULATION OF EXCITATIONS IN MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
Year of study:
2
Required
-
MASTER THESIS PROJECT
36 CFU - 0 hours -
TCP OPTIONAL EXAM 4
-
MAGNETISM, SPINTRONICS AND QUANTUM TECHNOLOGIES
6 CFU - 48 hours - First Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
OPTIONAL EXAM TAF F (6 CFU)
-
GOOD PRACTICES IN RESEARCH
3 CFU - 0 hours - First Half-Year Cycle
-
HIGH-PERFORMANCE-COMPUTING IN SCIENCES
3 CFU - 0 hours - Single Annual Cycle
-
PHYSICS DEGREE IN PROFESSIONAL ENVIRONMENT
3 CFU - 0 hours -
-
SCIENCE-BASED INNOVATION
6 CFU - 0 hours - Single Annual Cycle
FREE CHOISE COURSE (between 1 and 999 CFU)
-
ADVANCED QUANTUM MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
Year of study:
1
Required
-
LABORATORY OF ELECTRON MICROSCOPY AND HOLOGRAPHY
6 CFU - 48 hours - Second Half-Year Cycle
-
LABORATORY OF NANOSTRUCTURES
6 CFU - 60 hours - Single Annual Cycle
-
MAGNETISM, SPINTRONICS AND QUANTUM TECHNOLOGIES
6 CFU - 48 hours - First Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
ENQT OPTIONAL EXAM 1
-
ELEMENTARY PARTICLES
6 CFU - 48 hours - First Half-Year Cycle
-
FUNDAMENTALS OF CONDENSED MATTER PHYSICS
6 CFU - 48 hours - First Half-Year Cycle
-
LABORATORY OF QUANTUM SIMULATION OF MATERIALS
6 CFU - 60 hours - Single Annual Cycle
-
NANOSCIENCE AND QUANTUM MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
-
PHYSICS OF SEMICONDUCTORS
6 CFU - 48 hours - Second Half-Year Cycle
ENQT OPTIONAL EXAM 2
-
ADVANCED CONDENSED MATTER THEORY
6 CFU - 48 hours - First Half-Year Cycle
-
ADVANCED SPECTROSCOPIC AND IMAGING METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
LABORATORY OF MACHINE LEARNING AND ADVANCED COMPUTING FOR PHYSICS
6 CFU - 60 hours - Single Annual Cycle
-
NANO-MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
NUMERICAL ALGORITHMS FOR SIGNALS AND IMAGES PROCESSING
6 CFU - 42 hours - First Half-Year Cycle
-
PHYSICS EDUCATION: THEORETICAL AND EXPERIMENTAL METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
STATISTICAL MECHANICS AND PHASE TRANSITIONS
6 CFU - 48 hours - Second Half-Year Cycle
-
THEORETICAL ASTROPARTICLE PHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
FREE CHOISE COURSE (between 1 and 999 CFU)
-
ADVANCED CONDENSED MATTER THEORY
6 CFU - 48 hours - First Half-Year Cycle
-
ADVANCED QUANTUM FIELD THEORY
6 CFU - 48 hours - Second Half-Year Cycle
-
ADVANCED SPECTROSCOPIC AND IMAGING METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
ASTROPHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
-
BIOLOGICAL PHYSICS WITH LABORATORY
6 CFU - 60 hours - Single Annual Cycle
-
CHEMICAL PHYSICS OF BIOMOLECULES
6 CFU - 36 hours - First Half-Year Cycle
-
ELEMENTARY PARTICLES
6 CFU - 48 hours - First Half-Year Cycle
-
FUNDAMENTALS OF CONDENSED MATTER PHYSICS
6 CFU - 48 hours - First Half-Year Cycle
-
LABORATORY OF ELECTRON MICROSCOPY AND HOLOGRAPHY
6 CFU - 48 hours - Second Half-Year Cycle
-
LABORATORY OF MACHINE LEARNING AND ADVANCED COMPUTING FOR PHYSICS
6 CFU - 60 hours - Single Annual Cycle
-
LABORATORY OF QUANTUM SIMULATION OF MATERIALS
6 CFU - 60 hours - Single Annual Cycle
-
MEDICAL PHYSICS
6 CFU - 36 hours - Second Half-Year Cycle
-
NANO-MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
NANOSCIENCE AND QUANTUM MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
-
NUMERICAL ALGORITHMS FOR SIGNALS AND IMAGES PROCESSING
6 CFU - 42 hours - First Half-Year Cycle
-
PHYSICS EDUCATION: THEORETICAL AND EXPERIMENTAL METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
PHYSICS OF SEMICONDUCTORS
6 CFU - 48 hours - Second Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM MANY-BODY THEORY
6 CFU - 36 hours - Second Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
-
STATISTICAL MECHANICS AND PHASE TRANSITIONS
6 CFU - 48 hours - Second Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
-
THEORETICAL ASTROPARTICLE PHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
-
THEORY AND SIMULATION OF EXCITATIONS IN MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
Year of study:
2
Required
-
MASTER THESIS PROJECT
36 CFU - 0 hours -
ENQT OPTIONAL EXAM 3
-
ADVANCED QUANTUM MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
OPTIONAL EXAM TAF F (6 CFU)
-
GOOD PRACTICES IN RESEARCH
3 CFU - 0 hours - First Half-Year Cycle
-
HIGH-PERFORMANCE-COMPUTING IN SCIENCES
3 CFU - 0 hours - Single Annual Cycle
-
PHYSICS DEGREE IN PROFESSIONAL ENVIRONMENT
3 CFU - 0 hours -
-
SCIENCE-BASED INNOVATION
6 CFU - 0 hours - Single Annual Cycle
FREE CHOISE COURSE (between 1 and 999 CFU)
-
ADVANCED QUANTUM MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
Year of study:
1
BPAP OPTIONAL EXAM 1
-
ADVANCED SPECTROSCOPIC AND IMAGING METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
LABORATORY OF NANOSTRUCTURES
6 CFU - 60 hours - Single Annual Cycle
-
MAGNETISM, SPINTRONICS AND QUANTUM TECHNOLOGIES
6 CFU - 48 hours - First Half-Year Cycle
BPAP OPTIONAL EXAM 2
-
FUNDAMENTALS OF CONDENSED MATTER PHYSICS
6 CFU - 48 hours - First Half-Year Cycle
-
LABORATORY OF MACHINE LEARNING AND ADVANCED COMPUTING FOR PHYSICS
6 CFU - 60 hours - Single Annual Cycle
-
LABORATORY OF QUANTUM SIMULATION OF MATERIALS
6 CFU - 60 hours - Single Annual Cycle
-
NANOSCIENCE AND QUANTUM MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
-
PHYSICS OF SEMICONDUCTORS
6 CFU - 48 hours - Second Half-Year Cycle
BPAP OPTIONAL EXAM 3
-
BIOLOGICAL PHYSICS WITH LABORATORY
6 CFU - 60 hours - Single Annual Cycle
-
CHEMICAL PHYSICS OF BIOMOLECULES
6 CFU - 36 hours - First Half-Year Cycle
-
ELEMENTARY PARTICLES
6 CFU - 48 hours - First Half-Year Cycle
-
LABORATORY OF ELECTRON MICROSCOPY AND HOLOGRAPHY
6 CFU - 48 hours - Second Half-Year Cycle
-
MEDICAL PHYSICS
6 CFU - 36 hours - Second Half-Year Cycle
-
NANO-MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
NUMERICAL ALGORITHMS FOR SIGNALS AND IMAGES PROCESSING
6 CFU - 42 hours - First Half-Year Cycle
-
PHYSICS EDUCATION: THEORETICAL AND EXPERIMENTAL METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
FREE CHOISE COURSE (between 1 and 999 CFU)
-
ADVANCED CONDENSED MATTER THEORY
6 CFU - 48 hours - First Half-Year Cycle
-
ADVANCED QUANTUM FIELD THEORY
6 CFU - 48 hours - Second Half-Year Cycle
-
ADVANCED SPECTROSCOPIC AND IMAGING METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
ASTROPHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
-
BIOLOGICAL PHYSICS WITH LABORATORY
6 CFU - 60 hours - Single Annual Cycle
-
CHEMICAL PHYSICS OF BIOMOLECULES
6 CFU - 36 hours - First Half-Year Cycle
-
ELEMENTARY PARTICLES
6 CFU - 48 hours - First Half-Year Cycle
-
FUNDAMENTALS OF CONDENSED MATTER PHYSICS
6 CFU - 48 hours - First Half-Year Cycle
-
LABORATORY OF ELECTRON MICROSCOPY AND HOLOGRAPHY
6 CFU - 48 hours - Second Half-Year Cycle
-
LABORATORY OF MACHINE LEARNING AND ADVANCED COMPUTING FOR PHYSICS
6 CFU - 60 hours - Single Annual Cycle
-
LABORATORY OF QUANTUM SIMULATION OF MATERIALS
6 CFU - 60 hours - Single Annual Cycle
-
MEDICAL PHYSICS
6 CFU - 36 hours - Second Half-Year Cycle
-
NANO-MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
NANOSCIENCE AND QUANTUM MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
-
NUMERICAL ALGORITHMS FOR SIGNALS AND IMAGES PROCESSING
6 CFU - 42 hours - First Half-Year Cycle
-
PHYSICS EDUCATION: THEORETICAL AND EXPERIMENTAL METHODS
6 CFU - 48 hours - Second Half-Year Cycle
-
PHYSICS OF SEMICONDUCTORS
6 CFU - 48 hours - Second Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM MANY-BODY THEORY
6 CFU - 36 hours - Second Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
-
STATISTICAL MECHANICS AND PHASE TRANSITIONS
6 CFU - 48 hours - Second Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle
-
THEORETICAL ASTROPARTICLE PHYSICS
6 CFU - 48 hours - Second Half-Year Cycle
-
THEORY AND SIMULATION OF EXCITATIONS IN MATERIALS
6 CFU - 48 hours - Second Half-Year Cycle
Year of study:
2
Required
-
MASTER THESIS PROJECT
36 CFU - 0 hours -
BPAP OPTIONAL EXAM
-
ADVANCED QUANTUM MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
OPTIONAL EXAM TAF F (6 CFU)
-
GOOD PRACTICES IN RESEARCH
3 CFU - 0 hours - First Half-Year Cycle
-
HIGH-PERFORMANCE-COMPUTING IN SCIENCES
3 CFU - 0 hours - Single Annual Cycle
-
PHYSICS DEGREE IN PROFESSIONAL ENVIRONMENT
3 CFU - 0 hours -
-
SCIENCE-BASED INNOVATION
6 CFU - 0 hours - Single Annual Cycle
FREE CHOISE COURSE (between 1 and 999 CFU)
-
ADVANCED QUANTUM MECHANICS
6 CFU - 48 hours - First Half-Year Cycle
-
QUANTUM INFORMATION PROCESSING
6 CFU - 48 hours - First Half-Year Cycle
-
RELATIVITY
6 CFU - 48 hours - First Half-Year Cycle
-
SYNCHROTRON RADIATION: BASICS AND APPLICATIONS
6 CFU - 48 hours - First Half-Year Cycle