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of the optofluidic fiber probes by improving plasmonic interactions, the properties of the optical fibers (fabrication of new optofluidic fibers), the functionalization of these fibers, and the spectroscopy benches
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on opto-fluidic, you will be in charge to develop novel optical fiber optimized for SERS biosensing, and to realize biosensing experiments with different methods, in collaboration with biologists
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electroporation. The first tool is a new photoluminescent probe of the electric potential developed as part of the ANR UFO (Up-conversion ferroelectric nanocrystals for optical sensing of electric potential in
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specializes in the exploration of nonlinear propagation phenomena in fiber optics (https://icb.u-bourgogne.fr/en/safir-2/ ). Collaborating with the small clean room facility ARCEN housed at the ICB, SAFIR has
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this context, the laboratory is developing fiber oscillators and various architectures. The recruited individual will join the laser research and development team and will be responsible for developing