MSc course information
Degree: Master of Science M.Sc.
Duration: 4 semesters (2 years)
Credit points: 144 ECTS credits
Course language: English
Start: September each year
First year: M1 Physics
Semester 1
Mandatory:
Semester 2
Mandatory:
Second year: M2 Physics
Six specialization programmes available among:
Subatomic Physics and Astroparticles
Optional courses:
- Theoretical aspects of nucelar physics
- From nuclei to stars
- Theoretical aspects of particle physics
- Beyond Standard Model
- General relativity and applications to cosmology
- Astroparticles and observational cosmomogy
- Physics of nucelar reactors and applications of nucelar physics
- Elements of quantum physics, analytical mechanics and special relativity
- QCD perturbative et non-perturbative
Radiation Physics, Detector, Instrumentation and Imaging
Optional courses:
Condensed Matter and Nanophysics
Optional courses:
- Magnetism and magnetic nanostructures
- Spintronics
- Low dimensional nanostructures: electronic properties
- Theory and computational modeling of the electronic structure of materials
- Many-body physics applied to condensed matter
- Electronic microscopies
- Open quantum systems
- Electronic dynamics: charges and spins
- Local spectroscopies
- Computational project(related to QMat)
- Optical microscopies
Second year: M2 Materials and nanoscience
Materials and Nanoscience
- Introduction aux nanotechnologies
- Matériaux hybrides et biomimétiques
- Biomatériaux
- Matériaux Optiques
- Matériaux semiconducteurs organiques
- Semiconducteurs inorganiques: circuits intégrés; technologie et caractérisation
- Matériaux catalytiques
- Matériaux magnétiques pour le stockage de l’information
- Matériaux pour le stockage d’énergie
- Modélisation numérique
Second year: M2 IRIV
Second year: M2 Cell Physics Master
Semester 4 (Master thesis)
- Extended master research project in a QMat research group or partner group