Focus on the european MiMédi project

On Tuesday 11 June 2019, the teams of the FEMTO-ST Institute and the EFS Bourgogne-Franche-Comté will present, in the presence of representatives of the regional district, an important European research project on regional smart specialisation. Bringing together 10 industrial and academic partners, it aims to optimize the manufacture of "drug cells" through new technological solutions.

Innovative medicines (Medi) have recently emerged to offer new treatment solutions for patients in therapeutic impasse. These "Medi" are based on the use of "drug cells" with new physiological functions, biological characteristics or reconstitutional properties inspired by the body's natural processes, but the manufacture of these drugs requires the use of complex technologies for cell sorting, amplification, genetic transduction, amplification-division, activation, at several stages of production and all this in a controlled clean room environment. Given these different manufacturing constraints, their production is therefore expensive. This is why a new conception of the current mode of production and qualification of the Medias is necessary.

This is the subject of the FEDER MiMédi project - Microtechniques pour les Médicaments Innovants - of smart specialisation (RIS3) which will make it possible to combine microtechnical skills with those of the production of tomorrow's medicines, paving the way for a promising future sector in the Region. These developments should ultimately facilitate the marketing of innovative medicines to combat public health problems such as cancer, inflammation and tissue repair.

This 4-year project, with a total budget of €13.6 million, is financed to the tune of €10.2 million by ERDF funds, €584,000 by the Regional Innovation Fund (RIF) and €2.8 million in self-financing. It is supported by ILSA and involves 5 other industrial partners, a transfer centre and 3 academic partners, including the University of Franche-Comté via FEMTO-ST.

See the website dedicated

Nanorobotics of the future: FEMTO-ST enters the 4th dimension

For the first time, nanorobotic structures have been realized by folding in 3 dimensions a multilayer membrane and proposing their actuation by an electro-thermo mechanical principle.
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Chaos and rogue waves in a supercontinuum laser

In collaboration with the Universities of Tampere, Aston and ICB laboratory, FEMTO-ST researchers have made significant headway in the ongoing effort to understand the ultrafast chaotic nature of lasers, elucidating for the first time their noise-like pulse operation.
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Julio Andrés Iglesias Martínez receives the Best Student Award at IEEE Ultrasonic Symposium

His work consists in achieving three-dimensional phononic crystals at the micro-scale with record band-gap width.
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Lessons on textile history and fibre durability from a 4,000-year-old Egyptian flax yarn

Published in the journal Nature Plants, work involving FEMTO-ST scientists is helping to propose ever more efficient and resistant materials based on flax fibers.
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Les Visites insolites du CNRS 2021 : plongez au cœur de la science !

Plonger dans la peau d’une cellule, comprendre les systèmes de conversion d’énergie ou encore savoir pourquoi et comment l’hydrogène pourrait être le carburant du futur…grâce aux visites insolites organisées à Besançon et Belfort par FEMTO-ST !
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Programmable matter: world record attempt

A FEMTO-ST research team is trying to get the record for the largest number of autonomous light blocks assembled in a structure approved by the "Guiness World Record".
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Rodolphe Boudot receives the 2020 EFTF Young Scientist Award

The IEEE EFTF-IFCS 2021 is a joint conference of the European Frequency and Time Forum and the IEEE International Frequency Control Symposium. The 2021 joint conference, originally planned for Paris in April, has been converted to a virtual conference from 7th to 17th July, 2021
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Giacomo Clementi, grand prize i-PhD

For his work on Lithium Niobate (LiNbO3), which has led to the design of original and efficient devices for the recovery of vibratory energy by the piezoelectric effect, in particular for connected objects.
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Concours des doctorants-ambassadeurs FEMTO-ST

Remise de prix aux trois vainqueurs du concours de meilleurs posters de présentation de travaux de thèse lors du séminaire interne FEMTO-ST du 2 juillet.
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Understanding energy transfers during photosynthesis

Using three pigments manipulated by scanning tunneling microscopy, researchers from IPCMS and FEMTO-ST are studying energy transfers between molecules to gain a finer understanding of the photosynthesis mechanism in plants. This work is published in Nature Chemistry.
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