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Stage
Multimodal sensors for enhanced electrochemical and optical detection fabricated by 2-photon 3D microprinting
<Unknown label> - More than 6 months - Début : February
Deadline for applications : January 31, 2024
Missions :
Stage LCENSL/ISA
Our objective is to develop a new generation multimodal sensor enabling highly sensitive multiscale characterization of complex systems via electrochemistry and surface enhanced Raman scattering. Our development strategy relies on 2-photon absorption induced 3D printing of gold microstructures to reach the requested analytical performances.
Our objective is to develop a new generation multimodal sensor enabling highly sensitive multiscale characterization of complex systems via electrochemistry and surface enhanced Raman scattering. Our development strategy relies on 2-photon absorption induced 3D printing of gold microstructures to reach the requested analytical performances.
PROFIL RECHERCHÉ
Formations requises :
M2 or 3d year (equivalent M2) engineering school (Ecole Centrale Lyon/CPE Lyon),
Nanoscale Engineering (Lyon),
Master Optique et Photonique (UCBL),
Master Analytical Physical-Chemistry (UCBL),
Master in Nanosciences and Nanotechnologies (UGA Grenoble) or equivalent
Nanoscale Engineering (Lyon),
Master Optique et Photonique (UCBL),
Master Analytical Physical-Chemistry (UCBL),
Master in Nanosciences and Nanotechnologies (UGA Grenoble) or equivalent