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Congrès CETSIS - 27-29 octobre 2014

Besançon accueille le congrès CETSIS 2014 (Colloque sur l'Enseignement des Technologies et des Sciences de l'Information et des Systèmes) du 27 au 29 octobre 2014. Ce colloque se déroule essentiellement autour de démonstrations réelles de travaux pratiques et de projets (maquettes de démonstration, posters, matériels mis en œuvre). Des tables rondes sont prévues autour des micro-nanotechnologies, des véhicules et énergies du futur, des relations industrie – recherche et de la pédagogie innovante.

Des enseignants, enseignants-chercheurs, doctorants, industriels de toute la France mais aussi des pays francophones échangeront sur l’évolution des pratiques pédagogiques. Les thèmes abordés mettront en avant la pluridisciplinarité constituée d’une association équilibrée entre sciences de l’ingénieur et sciences et technologies de l’information et des systèmes. L’institut pluridisciplinaire FEMTO-ST qui prône les liens formation–recherche soutient cet évènement auxquels participent activement un grand nombre de ses membres. Ce colloque est par ailleurs soutenu par les associations de mécanique (AFM), de physique (SFP), d’optique (SFO) et d’électronique (club EEA).

Vous pouvez encore vous inscrire !

Site du congrès

http://cetsis2014.sciencesconf.org/

Contacts

Fabrice Sthal , fsthal@ens2m.fr, 03 81 40 28 31

Thérèse Leblois, therese.leblois@univ-fcomte.fr, 03 63 08 24 56

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  • First demonstration of self-confined nonlinear waves in plasmonic structures

    By providing the very first experimental evidence of the existence of this phenomenon, FEMTO-ST researchers and their partners hope to be able to generate this nonlinear effect using low intensity laser sources, in order to use it for nanophotonics applications.

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  • Mengjia Wang receives the « Chinese government award 2020 »

    As a PhD student of the Optics Department of FEMTO-ST , Mengjia Wang has been recognized by the Chinese Government for his outstanding work in the field of nanophotonics and plasmonics.

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  • Laurent LARGER named Fellow 2021 of OSA

    Full professor of Physics/Optics at the University of Franche-Comté and researcher at FEMTO-ST institute, Laurent Larger is rewarded for his pioneering work on nonlinear dynamics in optoelectronics and on the development of new architectures for photonic artificial intelligence.

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  • CNRS "Proof by Image" competition

     Discover the selection of the 20 images selected by the CNRS, one of which is presented by FEMTO-ST, and vote for the "audience award" photo.

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  • Webconférences sur "e.Micronora"

    Dans le cadre de l’évènement virtuel sur les microtechniques « e.Micronora », FEMTO-ST propose des conférences en ligne le jeudi 24 septembre  au matin.

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  • Imaging quantum interference of entangled photon pairs of extremely high dimensionality

    Researchers from the Optics Department have developed an imaging device allowing the spatial and temporal resolution of the phenomenon of quantum interference between pairs of entangled photons of extremely high dimensionality.

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  • Concours posters doctorants : 11 ambassadeurs récompensés

    11 doctorants de 1ère année mis à l’honneur lors de l’Assemblée générale de FEMTO-ST du 10 juillet.

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  • Fei GAO Receives IEEE J.D. Irwin Early Career Award

    As a member of the SHARPAC team and Deputy Director of FEMTO-ST, Fei Gao has been recognized by the IEEE IES Society for his outstanding work in improving the reliability of hydrogen electric powertrains.

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  • Daniel HISSEL, winner of the CNRS 2020 Innovation Medal

    Full professor at the University of Franche-Comté, researcher at FEMTO-ST Institute and co-founder of a start-up on efficient hydrogen fuel cells, Daniel HISSEL is one of the four national winners of the CNRS 2020 Innovation Medal.

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  • A new source of infrared light thanks to fibre optic cascades

    Scientists from  FEMTO-ST Institute and McGill University (Montreal, Canada) have designed and developed in collaboration with three French companies a light source covering the entire mid-infrared wavelength range: from 2 to 10 µm.

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