index - Laboratoire de physique de la matière condensée
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

MOSAIQ Fluids & Complex Materials

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Evolution

Mots clé

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