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FISICA
schede informative
- Descrizione del corso
- Risultati di apprendimento
- Percorsi formativi e programmi
- Organizzazione del corso
Fonte : testo redazionale
Fonte : Sua-CdS - quadro A4.c
Abilità comunicative:
Approfondimento delle adeguate competenze e strumenti per la comunicazione con riferimento a: • sistemi di elaborazione di testi per la preparazione della tesi finale; • presentazione dei risultati utilizzando moderne tecniche di presentazione multimediale; • utilizzo di reti e strumenti informatici per comunicazione con docenti e strutture amministrative. Le suddette abilità sono acquisite e accertate sia mediante la preparazione e l’esposizione della tesi sia mediante la preparazione e l’esposizione di seminari.
Insegnamenti proposti per gli anni successiviInsegnamenti degli anni precedenti (al max conclusi negli anni precedenti)Insegnamenti attivi nell'anno in corso
Curriculum/percorso: ASTROFISICA
Anno di corso: 1 (A.A. 2020/2021)
Insegnamento opzionale
- ADVANCED EXPERIMENTAL AND DATA ANALYSIS TECHNIQUES IN PARTICLE AND NUCLEAR PHYSICS - Crediti: 6
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS B - Crediti: 8
- APPLIED ELECTRONICS - Crediti: 6
- ARTIFICIAL INTELLIGENCE FOR ASTROPHYSICAL PROBLEMS - Crediti: 6
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY - Crediti: 6
- COLLECTIVE PROPERTIES OF CONDENSED MATTER SYSTEMS - Crediti: 6
- COMPUTATIONAL ASTROPHYSICS - Crediti: 6
- COMPUTATIONAL CHEMICAL PHYSICS - Crediti: 6
- DATA MINING - Crediti: 6
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES LABORATORY - Crediti: 6
- ELEMENTARY PARTICLE PHENOMENOLOGY - Crediti: 8
- ELEMENTS OF ASTROPHYSICS AND COSMOLOGY - Crediti: 6
- GENERAL RELATIVITY - Crediti: 8
- INTELLIGENT SYSTEMS - Crediti: 9
- LASER PHYSICS - Crediti: 6
- METAMATERIALS - Crediti: 6
- NANOMATERIALS - Crediti: 6
- NON LINEAR OPTICS - Crediti: 6
- NUMERICAL SOLUTIONS OF PDE'S B - Crediti: 8
- OPTICS WITH LABORATORY - Crediti: 6
- RADIATION AND DETECTORS - Crediti: 6
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS - Crediti: 6
- SOLID STATE PHYSICS - Crediti: 6
- STATISTICAL PHYSICS I - Crediti: 6
- STATISTICAL PHYSICS II - Crediti: 6
- TIME-DOMAIN ASTROPHYSICS - Crediti: 6
- OPTICAL SIGNAL ANALYSIS - Crediti: 6
- QUANTUM PHYSICS III - Crediti: 8
Anno di corso: 2 (A.A. 2021/2022)
Insegnamento opzionale
- ADVANCED EXPERIMENTAL AND DATA ANALYSIS TECHNIQUES IN PARTICLE AND NUCLEAR PHYSICS - Crediti: 6
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS A - Crediti: 8
- APPLIED ELECTRONICS - Crediti: 6
- ARTIFICIAL INTELLIGENCE FOR ASTROPHYSICAL PROBLEMS - Crediti: 6
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY - Crediti: 6
- COLLECTIVE PROPERTIES OF CONDENSED MATTER SYSTEMS - Crediti: 6
- COMPUTATIONAL ASTROPHYSICS - Crediti: 6
- COMPUTATIONAL CHEMICAL PHYSICS - Crediti: 6
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES LABORATORY - Crediti: 6
- ELEMENTARY PARTICLE PHENOMENOLOGY - Crediti: 8
- ELEMENTS OF ASTROPHYSICS AND COSMOLOGY - Crediti: 6
- GENERAL RELATIVITY - Crediti: 8
- INTELLIGENT SYSTEMS - Crediti: 9
- LASER PHYSICS - Crediti: 6
- METAMATERIALS - Crediti: 6
- MODELS FOR BIOLOGICAL SYSTEMS - Crediti: 6
- NANOMATERIALS - Crediti: 6
- NON LINEAR OPTICS - Crediti: 6
- NUMERICAL SOLUTIONS OF PDE'S A - Crediti: 8
- NUMERICAL SOLUTIONS OF PDE'S B - Crediti: 8
- OPTICS WITH LABORATORY - Crediti: 6
- PROVA FINALE - Crediti: 48
- RADIATION AND DETECTORS - Crediti: 6
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS - Crediti: 6
- SOLID STATE PHYSICS - Crediti: 6
- STATISTICAL PHYSICS I - Crediti: 6
- STATISTICAL PHYSICS II - Crediti: 6
- TIME-DOMAIN ASTROPHYSICS - Crediti: 6
- TIROCINIO - Crediti: 6
- OPTICAL SIGNAL ANALYSIS - Crediti: 6
- QUANTUM PHYSICS III - Crediti: 8
Insegnamento obbligatorio
- ATTIVITA' A SCELTA - Crediti: 12
- ATTIVITA' A SCELTA - Crediti: 12
Curriculum/percorso: FISICA GENERALE
Anno di corso: 1 (A.A. 2020/2021)
Insegnamento opzionale
- ADVANCED EXPERIMENTAL AND DATA ANALYSIS TECHNIQUES IN PARTICLE AND NUCLEAR PHYSICS - Crediti: 6
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS B - Crediti: 8
- APPLIED ELECTRONICS - Crediti: 6
- ARTIFICIAL INTELLIGENCE FOR ASTROPHYSICAL PROBLEMS - Crediti: 6
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY - Crediti: 6
- BASIS OF MEDICAL PHYSICS - Crediti: 6
- COLLECTIVE PROPERTIES OF CONDENSED MATTER SYSTEMS - Crediti: 6
- COMPUTATIONAL ASTROPHYSICS - Crediti: 6
- COMPUTATIONAL CHEMICAL PHYSICS - Crediti: 6
- DATA MINING - Crediti: 6
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES LABORATORY - Crediti: 6
- ELEMENTARY PARTICLE PHENOMENOLOGY - Crediti: 8
- ELEMENTS OF ASTROPHYSICS AND COSMOLOGY - Crediti: 6
- ENVIRONMENTAL PHYSICS - Crediti: 6
- GEOMETRICAL METHODS IN PHYSICS - Crediti: 8
- INTELLIGENT SYSTEMS - Crediti: 9
- MANY BODY PHYSICS - Crediti: 6
- NANOMATERIALS - Crediti: 6
- NON LINEAR OPTICS - Crediti: 6
- NON LINEAR OPTICS - Crediti: 6
- NUMERICAL SOLUTIONS OF PDE'S B - Crediti: 8
- OPTICS WITH LABORATORY - Crediti: 6
- PHYSICAL BASIS OF DIAGNOSTIC IMAGING - Crediti: 6
- PHYSICS OF DYNAMICAL SYSTEMS - Crediti: 6
- QUANTUM AND SEMICLASSICAL OPTICS - Crediti: 6
- QUANTUM PHYSICS III - Crediti: 8
- RADIATION AND DETECTORS - Crediti: 6
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS - Crediti: 6
- SOLID STATE PHYSICS - Crediti: 6
- STATISTICAL PHYSICS I - Crediti: 6
- STATISTICAL PHYSICS II - Crediti: 6
- TIME-DOMAIN ASTROPHYSICS - Crediti: 6
- GENERAL RELATIVITY - Crediti: 8
- LASER PHYSICS - Crediti: 6
- METAMATERIALS - Crediti: 6
- OPTICAL SIGNAL ANALYSIS - Crediti: 6
- QUANTUM INFORMATION THEORY - Crediti: 6
Anno di corso: 2 (A.A. 2021/2022)
Insegnamento opzionale
- ADVANCED EXPERIMENTAL AND DATA ANALYSIS TECHNIQUES IN PARTICLE AND NUCLEAR PHYSICS - Crediti: 6
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS A - Crediti: 8
- APPLIED ELECTRONICS - Crediti: 6
- ARTIFICIAL INTELLIGENCE FOR ASTROPHYSICAL PROBLEMS - Crediti: 6
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY - Crediti: 6
- BASIS OF MEDICAL PHYSICS - Crediti: 6
- COLLECTIVE PROPERTIES OF CONDENSED MATTER SYSTEMS - Crediti: 6
- COMPUTATIONAL ASTROPHYSICS - Crediti: 6
- COMPUTATIONAL CHEMICAL PHYSICS - Crediti: 6
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES LABORATORY - Crediti: 6
- ELEMENTARY PARTICLE PHENOMENOLOGY - Crediti: 8
- ELEMENTS OF ASTROPHYSICS AND COSMOLOGY - Crediti: 6
- ENVIRONMENTAL PHYSICS - Crediti: 6
- INTELLIGENT SYSTEMS - Crediti: 9
- MANY BODY PHYSICS - Crediti: 6
- MODELS FOR BIOLOGICAL SYSTEMS - Crediti: 6
- NANOMATERIALS - Crediti: 6
- NUMERICAL SOLUTIONS OF PDE'S A - Crediti: 8
- NUMERICAL SOLUTIONS OF PDE'S B - Crediti: 8
- OPTICS WITH LABORATORY - Crediti: 6
- PHYSICAL BASIS OF DIAGNOSTIC IMAGING - Crediti: 6
- PHYSICS OF DYNAMICAL SYSTEMS - Crediti: 6
- PROVA FINALE - Crediti: 48
- QUANTUM AND SEMICLASSICAL OPTICS - Crediti: 6
- QUANTUM PHYSICS III - Crediti: 8
- RADIATION AND DETECTORS - Crediti: 6
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS - Crediti: 6
- SOLID STATE PHYSICS - Crediti: 6
- STATISTICAL PHYSICS I - Crediti: 6
- STATISTICAL PHYSICS II - Crediti: 6
- THEORETICAL PHYSICS - Crediti: 8
- TIME-DOMAIN ASTROPHYSICS - Crediti: 6
- TIROCINIO - Crediti: 6
- GENERAL RELATIVITY - Crediti: 8
- LASER PHYSICS - Crediti: 6
- METAMATERIALS - Crediti: 6
- OPTICAL SIGNAL ANALYSIS - Crediti: 6
- QUANTUM INFORMATION THEORY - Crediti: 6
Insegnamento obbligatorio
- ATTIVITA' A SCELTA - Crediti: 12
- ATTIVITA' A SCELTA - Crediti: 12
Curriculum/percorso: FISICA MEDICA E SPERIMENTALE
Anno di corso: 1 (A.A. 2020/2021)
Insegnamento opzionale
- ADVANCED EXPERIMENTAL AND DATA ANALYSIS TECHNIQUES IN PARTICLE AND NUCLEAR PHYSICS - Crediti: 6
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS B - Crediti: 8
- APPLIED ELECTRONICS - Crediti: 6
- ARTIFICIAL INTELLIGENCE FOR ASTROPHYSICAL PROBLEMS - Crediti: 6
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY - Crediti: 6
- BASIS OF MEDICAL PHYSICS - Crediti: 6
- COLLECTIVE PROPERTIES OF CONDENSED MATTER SYSTEMS - Crediti: 6
- COMPUTATIONAL ASTROPHYSICS - Crediti: 6
- COMPUTATIONAL CHEMICAL PHYSICS - Crediti: 6
- DATA MINING - Crediti: 6
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES LABORATORY - Crediti: 6
- ELEMENTARY PARTICLE PHENOMENOLOGY - Crediti: 8
- ELEMENTS OF ASTROPHYSICS AND COSMOLOGY - Crediti: 6
- ELEMENTS OF DOSIMETRY AND RADIOPROTECTION - Crediti: 6
- ENVIRONMENTAL PHYSICS - Crediti: 6
- INTELLIGENT SYSTEMS - Crediti: 9
- LASER PHYSICS - Crediti: 6
- MEDICAL PHYSICS LABORATORY - Crediti: 6
- METAMATERIALS - Crediti: 6
- NANOMATERIALS - Crediti: 6
- NUMERICAL SOLUTIONS OF PDE'S B - Crediti: 8
- OPTICS WITH LABORATORY - Crediti: 6
- PHYSICAL BASIS OF DIAGNOSTIC IMAGING - Crediti: 6
- PHYSICAL BASIS OF RADIOTHERAPY - Crediti: 6
- QUANTUM INFORMATION THEORY - Crediti: 6
- QUANTUM PHYSICS III - Crediti: 8
- RADIATION AND DETECTORS - Crediti: 6
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS - Crediti: 6
- STATISTICAL PHYSICS I - Crediti: 6
- STATISTICAL PHYSICS II - Crediti: 6
- TIME-DOMAIN ASTROPHYSICS - Crediti: 6
- OPTICAL SIGNAL ANALYSIS - Crediti: 6
Anno di corso: 2 (A.A. 2021/2022)
Insegnamento opzionale
- ADVANCED EXPERIMENTAL AND DATA ANALYSIS TECHNIQUES IN PARTICLE AND NUCLEAR PHYSICS - Crediti: 6
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS A - Crediti: 8
- APPLIED ELECTRONICS - Crediti: 6
- ARTIFICIAL INTELLIGENCE FOR ASTROPHYSICAL PROBLEMS - Crediti: 6
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY - Crediti: 6
- BASIS OF MEDICAL PHYSICS - Crediti: 6
- COLLECTIVE PROPERTIES OF CONDENSED MATTER SYSTEMS - Crediti: 6
- COMPUTATIONAL ASTROPHYSICS - Crediti: 6
- COMPUTATIONAL CHEMICAL PHYSICS - Crediti: 6
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES LABORATORY - Crediti: 6
- ELEMENTARY PARTICLE PHENOMENOLOGY - Crediti: 8
- ELEMENTS OF ASTROPHYSICS AND COSMOLOGY - Crediti: 6
- ELEMENTS OF DOSIMETRY AND RADIOPROTECTION - Crediti: 6
- ENVIRONMENTAL PHYSICS - Crediti: 6
- INTELLIGENT SYSTEMS - Crediti: 9
- LASER PHYSICS - Crediti: 6
- MEDICAL PHYSICS LABORATORY - Crediti: 6
- METAMATERIALS - Crediti: 6
- MODELS FOR BIOLOGICAL SYSTEMS - Crediti: 6
- NANOMATERIALS - Crediti: 6
- NUMERICAL SOLUTIONS OF PDE'S A - Crediti: 8
- NUMERICAL SOLUTIONS OF PDE'S B - Crediti: 8
- OPTICS WITH LABORATORY - Crediti: 6
- PHYSICAL BASIS OF DIAGNOSTIC IMAGING - Crediti: 6
- PHYSICAL BASIS OF RADIOTHERAPY - Crediti: 6
- PROVA FINALE - Crediti: 48
- QUANTUM INFORMATION THEORY - Crediti: 6
- QUANTUM PHYSICS III - Crediti: 8
- RADIATION AND DETECTORS - Crediti: 6
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS - Crediti: 6
- STATISTICAL PHYSICS I - Crediti: 6
- STATISTICAL PHYSICS II - Crediti: 6
- TIME-DOMAIN ASTROPHYSICS - Crediti: 6
- TIROCINIO - Crediti: 6
- OPTICAL SIGNAL ANALYSIS - Crediti: 6
Insegnamento obbligatorio
- ATTIVITA' A SCELTA - Crediti: 12
- ATTIVITA' A SCELTA - Crediti: 12
Insegnamenti proposti per gli anni successiviInsegnamenti degli anni precedenti (al max conclusi negli anni precedenti)Insegnamenti attivi nell'anno in corso
Curriculum/percorso: ASTROFISICA
Anno di corso: 1 (A.A. 2019/2020)
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS A
- ANALYTICAL METHODS IN FINANCE
- APPLIED ELECTRONICS
- APPROXIMATION METHODS A
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY
- ASTROPHYSICAL TECHNIQUES
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES
- DETECTION TECHNIQUES FOR IONIZING PARTICLES BASED ON SEMICONDUCTOR DEVICES
- DYNAMICAL SYSTEMS A
- ELEMENTARY PARTICLE PHENOMENOLOGY
- FOUNDATIONS OF ASTROPHYSICS
- GENERAL RELATIVITY
- INTELLIGENT SYSTEMS
- INTRODUCTION TO COSMOLOGY
- LASER PHYSICS
- MOLECULAR SPECTROSCOPY
- NUMERICAL SOLUTIONS OF PDE'S A
- OPTICAL SIGNAL ANALYSIS
- OPTICS
- OPTICS AND APPLICATIONS
- OPTICS LABORATORY
- QUANTUM PHYSICS III
- RADIATION AND DETECTORS
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS
- SOLID-STATE CHEMISTRY
- STATISTICAL PHYSICS I
- STATISTICAL PHYSICS II
- STATISTICS A
Anno di corso: 2 (A.A. 2020/2021)
Curriculum/percorso: FISICA GENERALE
Anno di corso: 1 (A.A. 2019/2020)
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS A
- ANALYTICAL METHODS IN FINANCE
- APPLIED ELECTRONICS
- APPROXIMATION METHODS A
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY
- BASIS OF MEDICAL PHYSICS
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES
- DETECTION TECHNIQUES FOR IONIZING PARTICLES BASED ON SEMICONDUCTOR DEVICES
- DYNAMICAL SYSTEMS A
- ELEMENTARY PARTICLE PHENOMENOLOGY
- ENVIRONMENTAL PHYSICS
- GENERAL RELATIVITY
- INTELLIGENT SYSTEMS
- LASER PHYSICS
- MANY BODY PHYSICS
- METAMATERIALS
- MOLECULAR SPECTROSCOPY
- NON LINEAR OPTICS
- NUMERICAL SOLUTIONS OF PDE'S A
- OPTICAL SIGNAL ANALYSIS
- OPTICS
- OPTICS AND APPLICATIONS
- OPTICS LABORATORY
- PHYSICS OF DYNAMICAL SYSTEMS
- QUANTUM INFORMATION THEORY
- QUANTUM OPTICS
- QUANTUM PHYSICS III
- RADIATION AND DETECTORS
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS
- SOLID STATE PHYSICS
- SOLID-STATE CHEMISTRY
- STATISTICAL PHYSICS I
- STATISTICAL PHYSICS II
- STATISTICS A
- THEORETICAL PHYSICS
Anno di corso: 2 (A.A. 2020/2021)
Curriculum/percorso: FISICA MEDICA
Anno di corso: 1 (A.A. 2019/2020)
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS A
- ANALYTICAL METHODS IN FINANCE
- APPLIED ELECTRONICS
- APPROXIMATION METHODS A
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY
- BASIS OF MEDICAL PHYSICS
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES
- DETECTION TECHNIQUES FOR IONIZING PARTICLES BASED ON SEMICONDUCTOR DEVICES
- DYNAMICAL SYSTEMS A
- ELEMENTARY PARTICLE PHENOMENOLOGY
- ELEMENTS OF DOSIMETRY AND RADIOPROTECTION
- ENVIRONMENTAL PHYSICS
- INTELLIGENT SYSTEMS
- LASER PHYSICS
- MEDICAL PHYSICS LABORATORY
- MOLECULAR SPECTROSCOPY
- NUMERICAL SOLUTIONS OF PDE'S A
- OPTICAL SIGNAL ANALYSIS
- OPTICS
- OPTICS LABORATORY
- PHYSICAL BASIS OF DIAGNOSTIC IMAGING
- PHYSICAL BASIS OF RADIOTHERAPY
- QUANTUM INFORMATION THEORY
- QUANTUM PHYSICS III
- RADIATION AND DETECTORS
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS
- SOLID-STATE CHEMISTRY
- STATISTICAL PHYSICS I
- STATISTICAL PHYSICS II
- STATISTICS A
Anno di corso: 2 (A.A. 2020/2021)
Curriculum/percorso: OTTICA
Anno di corso: 1 (A.A. 2019/2020)
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS A
- ANALYTICAL METHODS IN FINANCE
- APPLIED ELECTRONICS
- APPROXIMATION METHODS A
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES
- DETECTION TECHNIQUES FOR IONIZING PARTICLES BASED ON SEMICONDUCTOR DEVICES
- DYNAMICAL SYSTEMS A
- INTELLIGENT SYSTEMS
- LASER PHYSICS
- METAMATERIALS
- MOLECULAR SPECTROSCOPY
- NON-LINEAR OPTICS
- NUMERICAL SOLUTIONS OF PDE'S A
- OPTICAL SIGNAL ANALYSIS
- OPTICS
- OPTICS AND APPLICATIONS
- OPTICS LABORATORY
- PHYSICS OF DYNAMICAL SYSTEMS
- QUANTUM INFORMATION THEORY
- QUANTUM OPTICS
- QUANTUM PHYSICS III
- SCRIPTING AND PROGRAMMING LABORATORY FOR DATA ANALYSIS
- SOLID-STATE CHEMISTRY
- SOLID-STATE PHYSICS
- STATISTICAL PHYSICS I
- STATISTICAL PHYSICS II
- STATISTICS A
Anno di corso: 2 (A.A. 2020/2021)
Insegnamenti proposti per gli anni successiviInsegnamenti degli anni precedenti (al max conclusi negli anni precedenti)Insegnamenti attivi nell'anno in corso
Curriculum/percorso: ASTROFISICA
Anno di corso: 1 (A.A. 2018/2019)
- ADVANCED APPLICATIONS OF PHYSICS IN MEDICINE
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS B
- APPROXIMATION METHODS B
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY
- ASTROPARTICLE PHYSICS
- ASTROPHYSICAL TECHNIQUES
- ATTIVITA' A SCELTA
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES
- DETECTION TECHNIQUES FOR IONIZING PARTICLES BASED ON SEMICONDUCTOR DEVICES
- DETECTOR PHYSICS
- DYNAMICAL SYSTEMS B
- ELEMENTARY PARTICLE PHENOMENOLOGY
- ELEMENTS OF DOSIMETRY AND RADIOBIOLOGY APPLIED TO RADIOTHERAPY
- ELEMENTS OF DOSIMETRY AND RADIOPROTECTION
- ENVIRONMENTAL PHYSICS
- FOUNDATIONS OF ASTROPHYSICS
- GENERAL RELATIVITY
- GEOMETRICAL METHODS IN PHYSICS
- INTRODUCTION TO COSMOLOGY
- LASER PHYSICS
- MANY-BODY THEORY
- MATHEMATICAL ECONOMICS
- METAMATERIALS
- MOLECULAR SPECTROSCOPY
- NON-LINEAR OPTICS
- NUMERICAL SOLUTION OF PDE B
- OPTICAL SIGNAL ANALYSIS
- OPTICS
- OPTICS AND APPLICATIONS
- OPTICS LABORATORY
- PHYSICAL BASIS OF DIAGNOSTIC IMAGING
- PHYSICAL BASIS OF RADIOTHERAPY
- QUANTUM INFORMATION THEORY
- QUANTUM OPTICS
- QUANTUM PHYSICS III
- RADIOACTIVITY
- SEMICLASSICAL THEORY OF OPTICAL SYSTEMS
- SOLID-STATE CHEMISTRY
- SOLID-STATE PHYSICS
- STATISTICAL PHYSICS I
- STATISTICAL PHYSICS II
- STATISTICS B
- SUBNUCLEAR AND MEDICAL PHYSICS LABORATORY
- THEORETICAL PHYSICS
Anno di corso: 2 (A.A. 2019/2020)
Curriculum/percorso: FISICA GENERALE
Anno di corso: 1 (A.A. 2018/2019)
- ADVANCED APPLICATIONS OF PHYSICS IN MEDICINE
- ANALYTICAL AND PROBABILISTIC METHODS IN MATHEMATICAL PHYSICS B
- APPROXIMATION METHODS B
- ASPECTS OF CHEMICAL, BIOLOGICAL, RADIOLOGICAL AND NUCLEAR SECURITY
- ASTROPARTICLE PHYSICS
- ATTIVITA' A SCELTA
- DETECTION AND CHARACTERIZATION OF OPTICAL STATES
- DETECTION TECHNIQUES FOR IONIZING PARTICLES BASED ON SEMICONDUCTOR DEVICES
- DETECTOR PHYSICS
- DYNAMICAL SYSTEMS B
- ELEMENTARY PARTICLE PHENOMENOLOGY
- ELEMENTS OF DOSIMETRY AND RADIOBIOLOGY APPLIED TO RADIOTHERAPY
- ELEMENTS OF DOSIMETRY AND RADIOPROTECTION
- ENVIRONMENTAL PHYSICS
- GENERAL RELATIVITY
- GEOMETRICAL METHODS IN PHYSICS
- LASER PHYSICS
- MANY-BODY THEORY
- MATHEMATICAL ECONOMICS
- METAMATERIALS
- MOLECULAR SPECTROSCOPY
- NON-LINEAR OPTICS
- NUMERICAL SOLUTION OF PDE B
- OPTICAL SIGNAL ANALYSIS
- OPTICS
- OPTICS AND APPLICATIONS
- OPTICS LABORATORY
- PHYSICAL BASIS OF DIAGNOSTIC IMAGING
- PHYSICAL BASIS OF RADIOTHERAPY
- QUANTUM INFORMATION THEORY
- QUANTUM OPTICS
- QUANTUM PHYSICS III
- RADIOACTIVITY
- SEMICLASSICAL THEORY OF OPTICAL SYSTEMS
- SOLID-STATE CHEMISTRY
- SOLID-STATE PHYSICS
- STATISTICAL PHYSICS I
- STATISTICAL PHYSICS II
- STATISTICS B
- SUBNUCLEAR AND MEDICAL PHYSICS LABORATORY
- THEORETICAL PHYSICS
Anno di corso: 2 (A.A. 2019/2020)
Insegnamenti proposti per gli anni successiviInsegnamenti degli anni precedenti (al max conclusi negli anni precedenti)Insegnamenti attivi nell'anno in corso
Anno di corso: 1
Insegnamenti proposti per gli anni successiviInsegnamenti degli anni precedenti (al max conclusi negli anni precedenti)Insegnamenti attivi nell'anno in corso
Anno di corso: 1
Insegnamenti proposti per gli anni successiviInsegnamenti degli anni precedenti (al max conclusi negli anni precedenti)Insegnamenti attivi nell'anno in corso
Anno di corso: 1
Insegnamenti proposti per gli anni successiviInsegnamenti degli anni precedenti (al max conclusi negli anni precedenti)Insegnamenti attivi nell'anno in corso