Explore the programs and courses offered by Materials Physics
Browse Programs Admission InformationIn this master degree formation, we focus on two axes that we have deemed interesting given the existing personal and material resources in our institution.
The first axis is dedicated to the study of the physical properties of different types of solid materials such as semiconductors, magnetic materials, dielectrics, etc., while aiming to extend these properties to new materials such as thin films and nanomaterials. In this context, knowledge of the various experimental and numerical characterization techniques is essential.
The second axis deals with a part of physics that has shown considerable practical interest; it is the physics of radiation. We therefore propose a section that will focus on nuclear radiation while addressing both aspects (theoretical and experimental).
At the end of this training, the student will have an in-depth knowledge that will either direct them to the job market or allow them to enter the field of scientific research with significant competence.
The fundamental teaching unit is the most important unit in the Master degree, it consists of the following subjects for each semester:
- Semester 1: Advanced Quantum Mechanics, Statistical Physics, Atomic and Molecular Physics
- Semester 2: Dielectric Media, Semiconductors II, Radiation-Matter Interaction
- Semester 3: N-body problem, Magnetism of matter, Quantum optics and lasers
The other subjects making up the rest of the teaching units are:
- Semester 1: Numerical Techniques and Programming, Characterization methods, Physical properties of materials, Practical work (TP) in materials physics, Materials and Renewable Energies, Optoelectronics, Scientific English I
- Semester 2: Spectroscopic Methods, Mathematics for Physics, Thin films, Ionizing radiation and radioprotection, Subatomic physics, Epistemology and Didactics
- Semester 3: Atomic Structure Calculation, Optical Properties of Materials, Numerical simulation of material properties, Signal acquisition and processing, Nanomaterials, Superconducting materials, Business Management