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Welcome to the collection of the Nanomaterials, Ions and Metamaterials team for PHOTONICS (NIMPH) of the CIMAP laboratory

The NIMPH team is involved in the study of nanomaterials, ions and metamaterials with the objective of developing thin-film structures with innovative features in the fields of microelectronics, photonics and energy

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Nous contacter

Team HAL referee :
M. Julien Cardin
Ph. +33(0)2 31 45 26 64

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Dernières publications









IR spectroscopy Hillocks Microstructure physics Rare earth Si-rich silicon oxide Rutherford Backscattering Spectrometry PZT Rare earths Nanostructure Computational electromagnetic methods Neodymium Structure Nanoparticles Friction CO adsorption GENOMIQUE Semiconductors Luminescence Oxygen vacancies Silica Crystal structure Guide d'onde RF magnetron sputtering Silicium Sputtering MoS2 Raman scattering Silicon Couches minces CoMoS Grazing incidence X-ray diffraction Electron paramagnetic resonance M-lines Nanoparticules Cathodoluminescence Hafnium silicates Down-conversion Feature erasure Silicon photonics Refractive index Silicon oxynitride Single crystalline Erbium Multilayers Optical amplifiers Silicon nanostructures Doping Irradiation High-k dielectrics Cerium Si nanocluster Semiconductor thin films Thin films Hafnium silicate Infrared absorption Microstructure AFM Microstructure physique SiC Al2O3 Films Raman Nanostructured materials Terres rares Rare-earth ions Electroluminescence Waveguide Silicate Rare-earth- doped materials Lifetime Couches minces semi-conductrices SiO2 ADE-FDTD Photovoltaic Thin film Citric acid XRD Reactive magnetron sputtering Silicon nanoclusters Oxide interface Conductivity FTIR Quantum-well Magnetron sputtering Photoluminescence Waveguides Rare-earth-doped materials Silicon-nanoclusters Energy transfer Silicon carbide Silicon nanocrystals Laser pyrolysis Silicon nitride Nanostructuring Terbium HR STEM-HAADF Oxide materials Atom probe tomography Pulvérisation cathodique Resistive Switching