CORDIS Project
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This project explores the interaction between light and chiral materials, specifically cholesteric liquid crystals, to achieve contactless separation of droplets based on their handedness. By utilizing polarized light in a microfluidic environment, it aims to develop a scalable technique for enantioseparation, which ha…
Interaction between light waves and chiral matter is a fundamental topic in optics and material sciences.
When the matter is chiral, light can exert linear and angular momentum, optical torque, which has a differentiated sense depending on the handedness of the material and the helicity of the light.
In this project, we propose to exploit the intrinsic chirality of cholesteric liquid crystals droplets on a microfluidic chamber to generate a differentiated rotation on different enantiomers of cho…
UNIVERSITE DE BORDEAUX
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