Medical Physics (Profile A1)

MANDATORY EXAMS

CHARACTERIZING
Physics laboratory
Nuclear physics
Medical physics
Radioactivity and nuclear measurement
Introduction to radiation detectors

INTEGRATIVE
Biological physics

2 EXAMS FROM THE FOLLOWING CHARACTERIZING EXAMS
Theoretical physics of fundamental interaction mod A 
Theoretical physics of fundamental interaction mod B 
Models of theoretical physics 
A highly recommended course from Physics (Make sure to include the exams that don't have an asterisk).

3 EXAMS FROM THE FOLLOWING INTEGRATIVE EXAMS 

You can choose between the exams offered by the physics course (choose between those without an asterisk) or those offered by other degree courses offered by the university (choose between those with an asterisk)

Advanced physics laboratory A 
Advanced physics laboratory B 
Biophotonics 
Life data epidemiology (*)
Neurophysiology, neural computation and neurotechnologies (*)
Physical models of living systems (*)
Advanced statistics for physics analysis (*) (not together with "Statistica Medica") 
Bio sensors 1 (*)

2 EXAMS FROM THE FOLLOWING EXAMS OF YOUR CHOICE
Biological datasets for computational physics (*) 
Statistica Medica (*) (not together with "Advanced statistics for physics analysis")
Introduction to molecular and cellular biology 

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)
 

  Medical Physics (Profile A2)

MANDATORY

CHARACTERIZING
Physics laboratory
Models of theoretical physics
Statistical mechanics
Solid state physics
Medical physics
Physics of semiconductors
Introduction to radiation detectors

INTEGRATIVE
Biological physics

3 EXAMS FROM THE FOLLOWING INTEGRATIVE EXAMS 

You can choose between the exams offered by the physics course (choose between those without an asterisk) or those offered by other degree courses offered by the university (choose between those with an asterisk)

Advanced physics laboratory A
Advanced physics laboratory B
Biophotonics
Life data epidemiology (*)
Physical models of living systems (*)
Advanced statistics for physics analysis (*) (not together with "Statistica Medica")

2 EXAMS FROM THE FOLLOWING EXAMS OF YOUR CHOICE  

Biological datasets for computational physics (*)
Statistica Medica (*) (not together with "Advanced statistics for physics analysis") 

Courses with SSD are not already included among "INTEGRATIVE" and can only be accepted into some plans if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Medical Physics (Profile A3)

MANDATORY

CHARACTERIZING
Physics laboratory
Models of theoretical physics
Solid state physics
Medical physics
Radioactivity and nuclear measurement
Introduction to radiation detectors
Biological physics

INTEGRATIVE
Biophotonics

3 EXAMS FROM THE FOLLOWING INTEGRATIVE EXAMS 

You can choose between the exams offered by the physics course (choose between those without an asterisk) or those offered by other degree courses offered by the university (choose between those with an asterisk)

Advanced physics laboratory A
Advanced physics laboratory B
Biosensors 1 (*)
Life data epidemiology (*) 
Neurophysiology, neural computation and neurotechnologies (*)
Physical models of living systems (*)
Advanced statistics for physics analysis (not together with "Statistica Medica") (*)

2 EXAMS FROM THE FOLLOWING EXAMS OF YOUR CHOICE

Biological datasets for computational physics (*)
Statistica Medica (not together with "Advanced statistics for physics analysis") (*)
Introduction to molecular and cellular biology (*)

Courses with SSD are not already included among "INTEGRATIVE" and can only be accepted into some plans if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Quantum (Profile B)

CHARACTERISING
Physics laboratory
Models of theoretical physics
Solid state physics
Structure of matter
Quantum information with atoms and photons
Introduction to quantum hardware
Advanced Physics Lab. A

INTEGRATIVE
Applied digital electronics
Advanced Physics Lab. B
Quantum information and computing
Quantum optics and laser
Quantum technologies

HIGHLY RECOMMENDED
Adv. Stat for Physical Analysis

Courses with SSD are not already included among "INTEGRATIVE" and can only be accepted into some plans if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Applied Electronics (Profile C)

CHARACTERISING
Physics laboratory
Models of theoretical physics
Solid state physics
Physics of Semiconductors
Introduction to radiation Detectors
Advanced Physics Lab. A

INTEGRATIVE
Microelectronics
Advanced Physics Lab. B
Advanced Electronics for Physical Applications
Optoeletronics and Photovoltaic Devices

HIGHLY RECOMMENDED
Electrical measurements
Quantum lectures
Nanoelectronics

Courses with SSD are not already included among "INTEGRATIVE" and can only be accepted into some plans if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Optics (Profile D)

CHARACTERISING
Physics laboratory
Models of theoretical physics
Solid state physics
Physics of Semiconductors
Applied Digital Electronics
Advanced Physics Lab. A

INTEGRATIVE
Optoelectronics and Photovoltaic Devices
Optics and laser physics 
Advanced optics and metrology
Advanced Physics Lab B

HIGHLY RECOMMENDED
Electrical measurements
BiophotonicsNanoelectronics
Optics of Materials

Courses with SSD are not already included among "INTEGRATIVE" and can only be accepted into some plans if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Biophysics (Profile E)

CHARACTERISING
Physics laboratory
Models of theoretical physics
Solid state physics
Physics of Complex
Biophotonics
Advanced Physics Lab. A

INTEGRATIVE
Biosensors 1
Advanced Physics Lab. B
Neurophysiology, neural computation and neurotechnologies
Physical models of living system 

HIGHLY RECOMMENDED
Biological dataset for computational physics
Adv. Stat for Physical Analysis
Quantitative Imaging (BIO/09)
Introduction to molecular and cellular biology (BIO/13)

Courses with SSD are not already included among "INTEGRATIVE" and can only be accepted into some plans if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

Introduction to Research is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Plasma&Fusion & Matter (Profile F)

CHARACTERISING
Physics laboratory
Models of theoretical physics
Solid state physics
Physics of fluids and plasmas
Physics of semiconductors
Introduction to radiation detectors
Advanced Physics Lab. A

INTEGRATIVE
Advanced Physics Lab. B
Physics of nuclear fusion and plasma applications

Courses with SSD are not already included among "INTEGRATIVE" can be accepted in some plans only if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

Introduction to Research is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Plasma&Fusion & Nuclear Physics (Profile G)

CHARACTERISING
Physics laboratory
Theoretical Physics of the Fundamental Interactions mod A
Theoretical Physics of the Fundamental Interactions mod B
Nuclear physics
Solid State physics
Advanced Physics Lab A

SIMILIAR
Advanced Physics Lab. B
Physics of nuclear fusion and plasma applications
Physics of fluids and plasmas 

Courses with SSD are not already included among "INTEGRATIVE" can be accepted in some plans only if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  Geophysics (Profile H)

CHARACTERISING
Physics laboratory
Models of theoretical physics
Solid state Physics
Statistical Mechanics
Statistical Mechanics of Complex Systems
Introduction to radiation Detectors
Advanced Physics Lab. A 

INTEGRATIVE
Physics of the Atmosphere
Advanced Physics Lab. B 
Physics of complex networks: structure and dynamics
Environmental geophysics

HIGHLY RECOMMENDED
Applied geophysics GEO/11
Advanced statistics for physical analysis
 

Courses with SSD are not already included among "INTEGRATIVE" can be accepted in some plans only if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  QFT-1 (Profile I)

CHARACTERISING
Physics Laboratory
Theoretical Physics of the Fundamental Interactions mod.A
Theoretical Physics of the Fundamental Interactions mod.B
Model theoretical physics 
Advanced quantum field theory 
Statistical mechanics 
Theory of strongly correlated systems 

INTEGRATIVE
Non-perturbative quantum field theory 
Effective field theories 
Structure of Matter
Introduction to Many body theory

HIGHLY RECOMMENDED
Quantum field theory 
Solid state physics
Mathematical physics
Advanced topics in physics 

Courses with SSD are not already included among "INTEGRATIVE" can be accepted in some plans only if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)

  QFT 2 (Profile J)

CHARACTERISING
Physics Laboratory
Theoretical Physics of the Fundamental Interactions mod.A
Theoretical Physics of the Fundamental Interactions mod.B
Quantum field theory 
Advanced quantum field theory 
Statistical mechanics 
Theory of strongly correlated systems 

INTEGRATIVE
Non-perturbative quantum field theory 
Effective field theories 
Standard model 
General relativity 

HIGHLY RECOMMENDED
Astroparticle physics
Mathematical physics
Advanced topics in physics
Cosmology and the early universe
Fundamental of astrophysics and cosmology
 

Courses with SSD are not already included among "INTEGRATIVE" can be accepted in some plans only if there is STRICT CONSISTENCY with the study plan aimed at achieving a given professional scientific profile.

"Introduction to Research" is an internship that must be carried out during the summer period of the first year (it is not possible to carry it out during the academic year or in the second year)