Période

Light, Matter and iNteractions (Graduate program Light S&T)

Programme

Light, Matter and iNteractions (Graduate program Light S&T)

Enseignements obligatoires

S3
Liste d'enseignements obligatoires suivis par l'intégralité des étudiants inscrits dans le cursus

Enseignements obligatoires

S4
Liste d'enseignements obligatoires suivis par l'intégralité des étudiants inscrits dans le cursus
30 crédits

Carte d'identité

  • Offre : 2026-2027
  • Crédits ECTS : 60
  • Lieu de la formation : Bordeaux et ses environs

En savoir plus

Les objectifs

The Master « Light Matter and iNteractions » (LMN) of the graduate research program Light S&T is an international and interdisciplinary master that aims to provide high-level education and training in English in the fields of quantum technologies, photonics, nanoscience and condensed matter, extreme regimes of light and plasmas, biophysics and biophotonics. 

The Master meets the strong demand for qualified researchers and engineers in the domains of light sciences and their applications. This Master benefits from the excellence of the Bordeaux campus research in these fields, a rich industrial environment, the proximity of a unique facility (Laser Mega Joule), and the partnership with the Institut d’Optique Graduate School. This Master track also leads to the preparation of the Agregation exam.  

Strengths of the program:

  • Integrated and interdisciplinary education program provided by academic and industrial experts;
  • Immersive training in research laboratories and the industrial R&D centers;
  • Extensive hands-on training is given in state of the art research facilities and infrastructures;
  • Transverse skills modules;
  • International mobility and/or training in industry;
  • Long-term, gratified internships, starting in M1;
  • Possibilities of excellence grants for the best students.
Research and training topics: The interdisciplinary graduate program in Light Sciences and Technologies focuses on four domains of excellence of the University of Bordeaux: Quantum technologies, photonics, Extreme regimes of light and plasmas, and biophotonics.