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

Strong involvement of FEMTO-ST in the H2020 project "PhotonHub Europe"
The objective of this project is to help European SMEs to increase their competitiveness through photonics with a online guidance, which will offer the support of 54 leading competence centers in Europe, including FEMTO-ST, which is also the scientific coordinator at the national level.
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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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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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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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Topological crystals to guide waves on the water surface
Topological crystals have the property of being conductive on their surface, but insulating in their volume which allows very efficient wave guidance by engineering the structure of these materials, generally arranged in a hexagonal symmetry, inspired by the graphene.
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