Physics of Molecules and Materials (M1-M2)

Students of PMM will become experts in a physics approach to materials and molecular science, with courses in advanced thermodynamics, solid-state physics, mechanical properties, and atomic and molecular physics. The targeted applications cover various fields such as metallic, ceramic, polymer, and engineered materials at the nanoscale, as well as molecules in a diluted state in the atmosphere or interstellar space.
They will be trained in advanced characterization methods such as X-ray diffraction, electron microscopy, and spectroscopy. They will also be trained in the possibilities offered by satellite remote sensing and other tools for studying the properties of matter and molecules, as well as the use of large instruments and accelerators such as synchrotrons and free-electron lasers.
The program also includes aspects of digital sciences. The first year offers general courses such as an introduction to artificial intelligence and machine learning and their uses in physics. Over the two years, students are also trained in digital methods specific to materials and molecular sciences, such as molecular dynamics calculations and those based on density functional theory (DFT).
Finally, students will have the opportunity to develop their general skills, communication skills, and professional skills through language classes, specialized project-based courses including oral and poster presentations, and long-term internships.
They will thus be prepared for doctoral studies and careers in research and development in industry or the public sector.

Close relationships with research laboratories involved in excellence programs in the field of material sciences and solid-state physics, spectroscopy of dilute matter, atmospheric physics, chemistry and modelling at the atomic scale. Strong network with international research teams. Benefit from the high level characterization platforms of the Université de Lille: X-ray diffraction, electron microscopy, lasers, optical and mass spectroscopies, radiometry, in-situ measurements. Experience and experise with working at large scale research facilities for experiments and advanced computational methods. Scholarships from the Graduate Program potentially available for M1 and M2 courses. Internship in industry or lab research: 2 months during the first year and 4-5 months during the second year. A master degree in a stimulating scientific Environment within the Graduate Program Materials for a Sustainable Future.
22 laboratories included in excellence or high-level programs
292 PhD students
An interdisciplinary training from the master to the doctorate including an international environment, mobility and thematic summer schools.