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The laboratory of condensed matter physics (LPMC) is a joint research unit (UMR 7336) headed by the University of Nice - Sophia Antipolis and the CNRS.

It is associated with two CNRS institutes, namely the INstitute of Physics (main association) and the INstitute of Engineering and System Sciences (secondary association).

The research programs depend on sections 05 and 08 of the National Committee of Scientific Research, and on sections 28, 30 and 63 of the National Council of the Universities.

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Cold Atoms Silice Thermoluminescence Cladding pumping Elasticity Ions Quantum chaos Microwave experiments And optical spatio-temporal dynamics Quantum communication Communication quantique Absorption Optical fibres Large-mode-area-fibre Atomic force microscopy Granular materials Nonlinear Optics Bending loss Optical properties Intrication Fluorescence Diffusion Silica Quantum Optics Integrated Optics Defects Chaos ondulatoire Radiation Confinement loss Adsorption Dynamics of nonlinear optical systems Microwave cavity Rhéologie Artificial graphene Finite element analysis Colloidal suspensions Electronic interactions Fiber optics amplifiers and oscillators Viscosity Jamming Nature de la science Proton exchange Yield stress École primaire Rheology Fibre optique Electrorheology Enseignement des sciences Hydrogel Kinetics Optical fiber Dosimetry Leakage loss Suspensions Ti3SiC2 Random matrix theory École maternelle Fibers Birefringence Wave chaos Thulium Microfabrication Erbium Optical fibers Fiber lasers Citoyenneté Démarche d'investigation Nonlinear optics Nanoparticules Fiber amplifiers Microstructure Lithium niobate Guided-wave Optics Europium Ceramics Nanoparticles Modelling Cavitation Quantum Communication AlN Science-fiction Fibres optiques Cristallisation Quantum optics Composites Waveguides Sépiolite Diffusion Brillouin stimulée Discontinuous shear thickening Crystallization Diffusion multiple Entanglement Luminescence Irradiation Magnetic separation Polarization Entanglement Magnetic fluids Integrated optics Ytterbium Magnetorheology