PHYSICS
Academyc Year 2018/2019
Second cycle degree in PHYSICS
LM-17 - Physics
Place of teaching: Como - Università degli Studi dell'Insubria
Coordinator - President: ALLEVI ALESSIA
Curriculum: ASTROFISICA
Year: 1
- 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
- CHOICE ACTIVITIES
- 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
Curriculum: FISICA GENERALE
Year: 1
- 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
- CHOICE ACTIVITIES
- 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
funzione in un contesto di lavoro:
competenze associate alla funzione:
sbocchi professionali:
Il corso prepara alla professione di (codifiche ISTAT): testo - inglese:
- Fisici - 2.1.1.1.1
- Astronomi ed astrofisici - 2.1.1.1.2
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