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This French specialization was created to support the international ITER (International Thermonuclear Experimental Reactor) and LMJ (Laser MégaJoule) projects, as well as thermonuclear fusion research. The range of programs provides students a solid base in fundamental, technological and experimental research. Dense and hot plasmas, x-rays, highly charged ions, nuclear energy, radiation, matter-radiation interaction, numerical modeling, matter and materials under extreme conditions, high power lasers, laser-plasma interaction, technology and maintenance of large-scale instruments and thermonuclear equipment: in all of these fields, the programs in this specialization federate skills from most of France´s laboratories, leading to a broad range of professional opportunities. Thanks to international activities in fusion science and, particularly, to high-level installations in France (Ile de France/Bordeaux/Cadarache), students from this master´s course can easily find positions in research teams or industry in France or abroad. They can specialize in theory, experimentation or technology according to their preferences.
OpportunitiesGraduates in this specialization have multidisciplinary skills that can then be developed by doing a PhD They can go on to join teams working on large-scale instruments or in fundamental or applied research laboratories. They may also be hired in industries working on the Fusion program, laser technology, plasmas and radiation.
Three M2 programs :
* Research : MCF (Magnetic Confinement Fusion) ;
* Research : ICF (Inertial Confinement Fusion) ;
* Vocational : FPT (Fusion Physics and Technology).