As QMat student, you need to choose courses related to QMat program. For M1 students, you need to choose 2 courses per semester and for M2 students - 1 course.
M1 physics
1 SEMESTER
Options:
Mechanics of continuous media
Astrophysical objects and their observations
Group theory
Ionizing radiation and detection methods
General Relativity
Advanced topics in quantum mechanics
Photonics for quantum science and technology
Soft condensed matter
Project-French Physicists Tournament or EFEQT/DIGIQ
2 SEMESTER
Options:
Particles and astroparticles
Stellar physics
Atomic and molecular physics
Introduction to physics of living systems
Relativistic quantum mechanics
Numerical methods in physics
Electronics for quantum science and technology
Critical phenomena and out-of-equilibrium statistical mechanics
M2 PRIDI
Options:
Magnetic Resonance Imaging
M2 SAP
Options:
Theoretical aspects of Nuclear physics
From nuclei to stars
Theoretical aspects of Particle physics
Beyond Standard Model
General relativity and applications to cosmology
Astro particles and observational cosmology
Physics of nuclear reactors and other application of nuclear physics
Quantum physics, Analytical mechanics, Special relativity
Strong interaction at Hadronic Colliders
M2 Physics of Quantum and Soft Condensed Matter (PhyQS)
Options:
Many-body physics and quantum simulations
Open quantum systems
Light-matter interactions at extreme scales
Quantum dynamics: light and matter
Spin technologies
Nanomagnetism and spintronics
Electrons in solids: theory and modelling
Low dimensional nanostructures
M2 Quantum Technologies - European Program (M2 QTEP)
Options:
Hybrid quantum devices
Quantum information
Computer science for quantum technologists
Spin technologies
M2 Astrophysics
Options:
High-Energy Astrophysics (Astrophysique des Hautes énergies)
M2 IMN
Options:
Operando Spectroscopic Methods
M2 Cell Physics
Options:
Scientific writing