1. Home
 

 

Optical Functions for Information Technology (FOTON) Open Access Repository

HAL-FOTON is an open access repository providing access to the research output of the FOTON Research Center

Director: Pascal Besnard

Research Areas:

  • Axis I: Devices and functionalities for optical communications
  • Axis II: Microwave, millimeter and Tera-Hertz optics
  • Axis III: Innovative materials for photonics
  • Axis IV: Instrumentation, optical sensors and imaging
  • Axis V: Advanced concepts for photovoltaics
  • Axis VI: Lasers physics and metrology

Research Teams:


UMR FOTON, ENSSAT, 6 rue de Kerampont, CS 80518, F-22305 Lannion Cedex, France

Latest Additions

    

Full Text Publications

578

Bibliographic Records

1 493

Publishers Policies

 
     
Consulter la politique des éditeurs également sur

Keywords

Laser Quantum wells Photovoltaics Wavelength conversion Optical communication Photovoltaic General relativity LIGO VIRGO Holographic recording Nanostructures Verre de chalcogénure VCSEL Hybrid perovskites Bistability Photonic integrated circuits Gravitational radiation direct detection Porous silicon Optique Polymère Cohérence Detector network Liquid crystals Optical losses Chalcogenide glass Nonlinear optics Erbium Bruit d'intensité Quantum dots Binary compact Four-wave mixing Optical pumping Semiconductor lasers All-optical regeneration Silicon photonics Mid-infrared Fibre optique Optical communications Microcavity Semiconductors Neutron star binary Optique intégrée Micro-resonator Gravitational radiation emission Polymères Exciton Whispering gallery modes Bragg mirror Photoluminescence Adaptive step-size control Optical feedback Solar cells Black hole binary Laser à fibre InP Optical properties Régénération tout-optique Lasers Photonic crystals Optoelectronics Optical injection Thin films Photonics on silicon Microresonators Refractive index Integrated optics Gamma ray burst Fiber laser Silicon Modes de galerie Fiber optics Vertical cavity surface emitting lasers Injection optique Binary coalescence Microcavities Chalcogenide glasses Density functional theory Confinement Waveguides Polymers Pertes optiques Gravitational radiation Coupled resonators Hybrid perovskite Télécommunications optiques Detector sensitivity DFT Gravitational radiation detector GaP InP substrate Fiber lasers Gravitational waves Luminescence Modulation Galaxy Silicium poreux All-optical signal processing Semiconductor laser III-V semiconductors Optical fiber communication

FOTON Partnerships

Contact

support.ccsd.cnrs.fr
hal.support@ccsd.cnrs.fr
Logo CCSD