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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.

Research activities thematics

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Mots clé

Birefringence Reverberation chamber Suspensions Quantum communication Artificial graphene Nonlinear optics Chaos ondulatoire Quantum information AlN Microstructure Tight-binding model Fibers École primaire Discontinuous shear thickening Intrication Fibre optique Leakage loss Quantum optics Radiation Colloidal suspensions Luminescence Rheology Rhéologie Optical fiber Lithium niobate Optique intégrée Nanoparticles Optical fibres Nonlinear Optics Fibres optiques Hydrogel Adsorption Silice Defects Microwave cavity Sépiolite Microfabrication Ytterbium Modelling École maternelle Crystallization Polarization Entanglement Thulium Proton exchange Wave chaos Silica Spectroscopy Magnetic separation Cavitation And optical spatio-temporal dynamics Entanglement Science-fiction Jamming Open systems Random matrix theory Absorption Atomic force microscopy Confinement loss Quantum Communication Single-mode fibre Magnetorheology Nanoparticules Fluorescence Communication quantique Nature de la science Quantum Optics Erbium Cladding pumping Phase transition Kinetics Diffusion Brillouin stimulée Quantum chaos Fiber lasers Microwave experiments Large-mode-area-fibre Cold Atoms Viscosity Yield stress Waveguides Optical waveguides Solitons Cristallisation Ti3SiC2 Démarche d'investigation Guided-wave Optics Integrated optics Thermoluminescence Electronic interactions Optical fibers Elasticity Robert Heinlein Integrated Optics Citoyenneté Dosimetry Magnetic fluids Composites Propagation Irradiation Bending loss Diffusion