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Science
PROYECTO IMAPEA/2019/9 – INNOVATIVE GHZ-RATE FIBRE LASER FREQUENCY COMB FOR ENABLING ELASTIC OPTICAL NETWORKS (LASERCOMB)
Preparación de propuestas para la participación de FYLA en la convocatoria H2020-EIC-SMEInst-2018-2020
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PROYECTO IMDITA 2016/146
Laser de Fibra Óptica de Femtosegundos y conformado espectral programable
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HALOGEN LAMPS VS. SUPERCONTINUUM LASER: How you can obtain a better sun simulator
New method to characterize solar panels, obtaining a sun simulator with a supercontinuum laser.
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ACHROMATIC LINEAR RETARDER WITH TUNABLE RETARDANCE
How you can generate a state of polarization (SOP) that is maintained over a broad spectral range.
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CHROMATIC DISPERSION OF PHOTONIC DEVICES: How a supercontinuum laser helps
Best measurement performance and time savings, for Components characterisation
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TPA-TCT: How to get 3D Imaging of CMOS Sensors
High Resolution Voxel imaging of CMOS sensors using Ultrafast lasers
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PROJECT LASERCOMB
Development and market uptake of a fibre laser frequency comb that will enable communications on EONs and Super-Channels.
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PROJECT FEMTOCOLORS
Recruitment of a postdoctoral researcher from other countries to explore Laser innovation business ideas
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PROYECTO IMDIGA/2017/98
Desarrollo de Láseres de Fibra óptica en sus etapas de diseño, simulación y análisis
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