QMat courses

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

Mandatory:

  • Quantum mechanics (28h CM, 28h TD)

  • Statistical mechanics (28h CM, 28h TD)

  • UE2: Computer programming (28h CM)

  • Current research in physics (28h CI)

  • UE3: Experimental physics I (56h TP) (Ex2 etc)

Options:

  • Group theory (28h CM)

  • Optics and condensed matter (28h CM)

  • Critical phenomena and out-of-equilibrium statistical mechanics (28h CM)

2 SEMESTER

Mandatory:

  • Nuclear physics and Elementary particles (28h CM, 26h TD)

  • Solid state physics (28h CM, 26h TD)

  • Computer programming and numerical simulations (12h CM, 10h TP)

  • Laboratory internship (4h CM)

Options:

  • Particles and astroparticles (28h CM)

  • Atomic and molecular physics (28h CM)

  • Nanostructures and nanophysics (28h CM)

  • Numerical methods in physics (28h CM)

M2 PRIDI

Mandatory:

  • Signal treatment

  • Radiation physics

  • Detector-electronics

  • Physic basics of medical imaging

  • Informatics for physics

Options:

  • Magnetic Resonance Imaging

  • Radiation physics for nuclear medicine

M2 PSA

Mandatory:

  • Quantum Field Theory

  • Nuclei and nucleon interactions

  • Experimental elementary particle physics

  • Radiation interactions with matter

  • Detector physics and detector systems

  • Data analysis and modelisation

  • Student project

  • Experimental project TI2P2 Ex2

Options:

  • Elements of quantum physics, analytical mechanics and special relativity

  • Theoretical aspect of nuclear physics & From nuclei to stars

  • Applications of nuclear physics

  • Theoretical aspect of particle physics & Beyond Standard Model & Strong interaction at hadronic colliders

M2 Physics of Quantum and Soft Condensed Matter (PhyQS)

The PhyQS Master aims to provide physicists with a broad fundamental training in condensed matter physics, suitable for both experimental and theoretical research.

The first semester of the PhyQS track includes a core advanced courses on quantum mechanics applied to condensed matter physics, statistical physics and radiation-matter interaction. In parallel, students can, through their choice of elective courses, orient their training either towards quantum sciences and nanomaterials (electronic, optical, magnetic, spintronic properties of low-dimensional, mesoscopic or open quantum systems…), or towards the physics of soft matter and complex systems (surfaces and interfaces, complex fluids, colloids,  active matter…).

A project focusing of modern topics in condensed matter physics is proposed during the first semester. This project can be experimental, numerical or both.

The second semester consists in a research internship of at least four months.

[more info]

M2 Quantum Technologies - European Program (M2 QTEP)

Core courses:

  • Quantum technology and applications

  • Quantum physics of devices and sensors

  • Advanced Laboratory Practicals

Mandatory:

  • Hybrid quantum devices

  • Open quantum systems

  • Quantum information

  • Computer science for quantum technologists

  • Many-body physics and quantum simulations

  • Spin technologies

  • Quantum systems of atoms and light

  • Advanced Topics in Quantum Technology (DIGIQ Courses)

M2 Astrophysics

Options:

  • High-Energy Astrophysics (Astrophysique des Hautes énergies)

 

M2 IMN