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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

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Bibliographic Records

1 594

Publishers Policies


Quantum wells Polymère Gravitational radiation emission Detector network Laser Waveguides Photovoltaic Fiber laser Silicon photonics Semiconductor laser Optical feedback Galaxy Nanostructures Verres de chalcogénures Gravitational waves Data analysis method Adaptive step-size control Optical injection Optique non-linéaire Microresonators LIGO Gravitation and Astrophysics III-V semiconductors Modulation Polymers Photovoltaics Optoelectronics Fibre optique Gamma ray burst Binary compact Modes de galerie Integrated optics Neutron star binary Semiconductor lasers Optique intégrée Photonic integrated circuits Bragg mirror InP Optical communications Hybrid perovskite Semiconductors Coupled resonators Bistability All-optical regeneration VCSEL Density functional theory Gravitational radiation direct detection Confinement Electromagnetic field production Electromagnetic Microcavity DFT Refractive index Verre de chalcogénure Black hole binary Exciton Micro-resonator Quantum dots Silicium poreux Solar cells Stars neutron Thin films Mid-infrared Silicon Holographic recording Erbium Four-wave mixing Laser à fibre Lasers Alternative theories of gravity Micro-résonateur Optical communication Vertical cavity surface emitting lasers Moyen infrarouge Luminescence Hybrid perovskites Microwave photonics VIRGO Microcavities Noise Photonics on silicon Microsphere Injection optique Optical properties General relativity Gravitational radiation GaP Optical losses Nonlinear optics Liquid crystals Porous silicon Photoluminescence Bruit d'intensité Binary coalescence Chalcogenide glass Neutron star Polymères Detector sensitivity Gravitational radiation detector Black hole mass

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