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Physics

Track: Fundamental Concepts of Physics
This Masters offers students a comprehensive education in the following themes : high energy physics, statistical physics, quantum optics, physics of solids, physics of liquids and physics of soft matter.
The majority of students continue their studies with a thesis after the master's degree. The subjects offered by the host laboratories cover most fields of both fundamental and applied physics. Having completed their thesis, most students go on to have university academic careers or careers in large research organizations, while a significant proportion of students work in applied research in an industrial environment.
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Track: Laser, Optics, Matter
This Masters gives students solid skills in the fields of optics, optoelectronics, lasers, intense light sources (synchrotrons), sources and accelerators of particles and plasmas.
Specialism: High Energy Physics
The Masters in High Energy Physics addresses a wide spectrum of fields and applications: particle physics, astroparticle physics, standard model of electroweak interactions and its supersymmetric extensions, strong interactions and quantum chromodynamics, tools and methods in experimental physics, general relativity and quantum gravity, and theoretical and observational cosmology.
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Track: High-energy physics
The "High-energy physics" Master's covers a large spectrum of fields and applications: particle physics, astroparticle physics, standard model of electroweak interactions and its supersymmetric extensions, strong interactions and quantum chromodynamics, tools and methods in experimental physics, general relativity and quantum gravity, as well as theoretical and observational cosmology.
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Track: Nanosciences
The Masters in Nanosciences allows students to acquire the scientific skills useful to the study of the extraordinary properties of nanostructures and nano-objects both on a fundamental and applied level (physical sciences, engineering science, chemistry, biology, medicine, etc.).
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Track: Fusion Sciences
This Masters aims to prepare high-caliber scientists and engineers to work on research programs on plasmas, fusion and energy, in particular in the scientific and technical exploitation of large associated equipment. Students acquire solid fundamental, technological and experimental knowledge in the field of plasma physics/thermonuclear fusion.
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Track: Materials and Nano-Objects Science
The Masters in Materials and Nano-Objects Science combines physics and solid chemistry. It provides advanced training in the structural and electronic properties of condensed matter as well as the principles and methods of preparing and characterizing materials. The course covers nano-objects sciences, surfaces-interfaces and materials with remarkable properties.
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Track: Quantum Devices
The Masters in Quantum Devices aims to provide advanced theoretical and experimental training for future researchers and engineers specializing in quantum devices and the underlying physical phenomena.
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