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