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I-PhD Innovation Competition: 2 winners from FEMTO-ST

Maya Geagea (ANIO-PAC project: micro fuel cells), and Gaël Matten (VIBISCUS project: noise reduction system), special jury prize, are winners of the 2019 innovation awards.

To meet the great challenge of doubling the number of "Deeptech" start-ups in France (from the laboratory to the factory of the future), the Ministry of Higher Education, Research and Innovation, in partnership with Bpifrance, has just rewarded the winners of the i-PhD competition for its first edition. It aims to support young PhDs or PhD students wishing to enhance the value of their research work and to help create companies implementing breakthrough technological innovations.

Among the 29 laureates, including 7 special prizes, there are two FEMTO-ST members:

Gaël MATTEN (VIBISCUS project supported by CNRS Innovation), special prize of the jury

Offers programmable noise absorption systems with low energy consumption. Thin, they are capable of absorbing all types of audible frequencies as well as creating local acoustic atmospheres.

Contact : gael.matten@femto-st.fr (33 3 81 66 20 47)

Maya GEAGEA (ANIOPAC project supported by SATT SAYENS)

Development of a new hydrogen fuel cell technology powered by its own integrated hydrogen production system. Intended to power nomadic applications (laptops, smart cards, sensors, etc.), this mini fuel cell is made from silicon and machined using micro-manufacturing processes that are easily transposable and low cost.

Contact : maya_geagea@hotmail.com

  • National Days on Emerging Technologies in Micro-Nanofabrication

    These scientific days, which take place from November 30 to December 2 in Besançon, France, bring together the major French players in micro-nanotechnologies, process engineering, physics and modeling of manufacturing processes.

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  • 16th International Symposium on Distributed Autonomous Robotic Systems

    Nearly a hundred scientists from all over the world will meet under the auspices of FEMTO-ST, in Montbéliard from November 28 to 30 to exchange on an interdisciplinary field in full expansion.

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  • Clôture du projet, MiMédI, Microtechniques pour les Médicaments Innovants

    Les 9 partenaires du projet européen de stratégie régionale d’innovation par la spécialisation intelligente MiMédI présentent les résultats portant sur l'amélioration des méthodes de production de biomédicaments et la réduction de leur coût de fabrication.

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  • Bruno Bonnell en visite à FEMTO-ST

    Le Secrétaire Général Pour l’Investissement (SGPI) Bruno Bonnell, en charge du déploiement du programme interministériel France 2030 sous l’autorité directe de la Première Ministre, a rencontré les chercheurs de l’institut mardi 4 octobre.

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  • Fei Gao wins the "Sustainable Future Visionary Award"

    Full professor at UTBM and researcher at FEMTO-ST institute, Fei Gao is today one of the world's leading specialists in fuel cells and digital twins.

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  • Gold micron award at MICRONORA trade fair 2022

    FEMTO-ST is awarded a gold micron for its three-dimensional nanorobotic structure, which is precisely and continuously actuated according to the power of light for the gripping of nano objects.

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  • FEMTO-ST at MICRONORA trade fair 2022

    From September 27th to 30th, more than 600 direct exhibitors and 15000 professional visitors are expected in Besançon on the international microtechnology exhibition. FEMTO-ST and FEMTO Engineering will be present.

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  • The fastest pick-and-place robot in the world

    A research team has developed a miniature robot capable of manipulating micrometric objects at unprecedented speeds. This work has been published in the prestigious American journal "Science Robotics"

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  • Aude Bolopion receives the 2022 “Big-in-Small award”

    This yearly award, from the microrobotics international community in the MARSS conference in Toronto, promotes “the best microrobotician” of the year at the international level.

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  • Engins spatiaux : un lubrifiant solide adapté à l'air comme au vide

    les engins spatiaux sont soumis à des contraintes extrêmes. Des chercheurs ont développé un prototype de lubrifiant solide qui ne souffre pas de l’oxydation à l’air libre et qui fonctionne mieux que les solutions actuelles dans le vide. Ces travaux ont abouti à un dépôt de brevet.

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