Course type

Course name

ECTS/CFU

Basic

Theoretical Physics (B)

Nuclear and subnuclear physics (B)

One course chosen among the following ones:

    Atoms, molecules and photons (B)

    Solid state physics (B)

Astrophysics

Relativistic astrophysics (B)

Cosmology (B)

Plasma physics

One course chosen among the following ones:

   Astrophysics laboratory

   Numerical methods for astrophysics

6

6

6

6

6

6

6

6

6

6

48

Integrative

Three courses of choice from the table at the bottom

18

Free choice

Any course offered by the University of Florence, including the ones listed in this page

12

Stage

6

Master thesis

36

Total

120

Course type

Course name

ECTS/CFU

Basic

Theoretical Physics (B)

Nuclear and subnuclear physics (B)

Atoms, molecules and photons (B)

Solid state physics (B)

One course chosen among the following ones:

    Relativistic astrphysics (B)

    Cosmology (B)

One course chosen among the following ones:

    Ultracold atoms

    Photonics

    Quantum theory of solids

 Two courses chosen among the following ones:

    Laboratory of atomic physics

    Laboratory of computational physics

    Laboratory of physics of liquids

    Laboratory of solid state and photonics

6

6

6

6

6

6

6

6

6

6

6

6

6

48

Integrative

Three courses of choice from the table at the bottom

18

Free choice

Any course offered by the University of Florence, including the ones listed in this page

12

Stage

6

Master thesis

36

Total

120

Course type

Course name

ECTS/CFU

Basic

Theoretical Physics (B)

One course chosen among the following ones:

    Atoms, molecules and photons (B)

    Solid state physics (B)

One course chosen among the following ones:

    Relativistic astrophysics (B)

    Cosmology (B)

Nuclear and subnuclear physics (B)

Fusion, fission and nuclear reactions

Physics of elementary particles

Nuclear-subnuclear laboratory I

Nuclear-subnuclear laboratory II

6

6

6

6

6

6

6

6

6

6

48

Integrative

Three courses of choice from the table at the bottom

18

Free choice

Any course offered by the University of Florence, including the ones listed in this page

12

Stage

6

Master thesis

36

Total

120

Course type

Course name

ECTS/CFU

Basic

Theoretical Physics (B)

Nuclear and subnuclear physics (B)

One course chosen among the following ones:

    Atoms, molecules and photons (B)

    Solid state physics (B)

One course chosen among the following ones:

    Relativistic astrophysics (B)

    Cosmology (B)

Four courses chosen among the following ones:

Non-equilibrium statistical physics

Statistical mechanics

Numerical methods for theoretical physics

Quantum field theory I

Theory of dynamical systems

Relativity

6

6

6

6

6

6

6

6

6

6

6

6

48

Integrative

Three courses of choice from the table at the bottom

18

Free choice

Any course offered by the University of Florence, including the ones listed in this page

12

Stage

6

Master thesis

36

Total

120

Integrative courses

ECTS/CFU

Analisi dati in fisica subnucleare

6

Astrobiologia

6

Astrofisica delle alte energie

6

Biofisica molecolare e cellulare

6

Complementi di astronomia

6

Complementi di fisica subnucleare

6

Cosmologia II

6

Didattica della fisica

6

Fisica dei semiconduttori: teoria e applicazioni

6

Elementi di gravità quantistica

6

Elettronica generale I

6

Elettronica generale II

6

Elettronica quantistica

6

Fisica applicata all’ambiente e ai beni culturali

6

Fisica con fasci radioattivi

6

Fisica dei liquidi e soft matter

6

Fisica dei sistemi complessi

6

Fisica del mezzo interstellare

6

Fisica dell’atmosfera

6

Fisica della materia condensata e fenomeni critici                                 

6

Fisica delle alte energie

6

Fisica delle galassie

6

Fisica medica

6

Fisica solare e dello spazio interplanetario

6

Gas quantistici

6

Informazione quantistica

6

Introduzione alla teoria della relatività

6

Laboratorio di elettronica

6

Laser e applicazioni

6

Metodi sperimentale di fisica subnucleare

6

Metodi sperimentali di fisica nucleare

6

Ottica                                                                 

6

Microscopia avanzata

6

Ottica quantistica                                                    

6

Ottiche adattive per l’astrofisica

6

Paradossi quantistici

6

Particelle elementari e applicazioni

6

Progettazione di strumentazione ottica

6

Raggi cosmici

6

Scienza e tecnologia della luce

6

Sistemi di acquisizione dati

6

Sistemi relativistici

6

Storia della chimica e della fisica

6

Tecniche di analisi con fasci di ioni

6

Tecniche di rivelatori per radiazioni ionizzanti

6

Introduzione alle tecnologie quantistiche

6

Tecnologie spaziali

6

Teoria dei campi avanzata

6

Teoria dei campi II

6

Teoria dei sistemi a molti corpi

6

Teoria delle particelle elementari

6

Teorie dell’universo primordiale

6

Topologia differenziale

6