Femto-st - Sciences et Technologies

UPWEARS Project: From Plant Fibers to Textiles

Through the European UPWEARS project, researchers at FEMTO-ST are exploring the potential of bio-based materials—from their mechanical behavior to the integration of electronic functions capable, in particular, of detecting environmental pollutants.

A FEMTO-ST - Diaclone partnership to accelerate the screening of new antibodies

How can we quickly identify the best antibodies from among several hundred candidates without having to purify them first? This is the scientific challenge that researchers at FEMTO-ST are tackling today, in collaboration with the Besançon-based company Diaclone

FEMTO-ST : Muamer Kadic nommé à l’IUF

L’enseignant-chercheur Muamer Kadic intègre la promotion 2026 de l’Institut Universitaire de France en tant que membre senior de la chaire fondamentale, une distinction qui récompense l’excellence de ses travaux sur les métamatériaux.

Toute l'actu

Latest publications

Can plant fiber composites outperform glass and carbon fiber composites in terms of stiffness-damping trade-off?
Composites Part A-Applied Science and Manufacturing (Volume 212, jan 2027, Pages :110193 (12))
Shiferaw, Tsilat Abate | Butaud, Pauline | Ouisse, Morvan | Gabrion, Xavier | Placet, Vincent
Wear
(Editor : , Volume volume 3, 2027, Pages 101 - 115)
Colas, Guillaume

A research laboratory associated with the CNRS and of Worldwilde scope

UPWEARS Project: From Plant Fibers to Textiles

A FEMTO-ST - Diaclone partnership to accelerate the screening of new antibodies

FEMTO-ST : Muamer Kadic nommé à l’IUF

Latest publications

FEMTO recruits!