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systems have recently emerged for quantum technologies: single fluorescent defects in silicon. These single color centers are not only incorporated in silicon, the ideal platform for large-scale
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Lyon / CNRS ; Institut Fresnel, Marseille) aims to explore a novel approach involving the development of fluorescently encoded synthetic polymers and also DNA origamis, combined with an optical
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and measurements (thorough knowledge); - Spectroscopy (fluorescence and colorimetry) (thorough knowledge); - Air Pollution; - English language: minimum level B1 (European framework) Knowledge
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ligands, stimuli-responsive polymer blocks (responsive to pH, temperature, or reactive oxygen species), enabling controlled drug release at diseased sites, together with fluorescent probes for theranostic
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multicolor fluorescence labeling of mouse neurons according to their cell lineages. The team is currently pursuing the improvement of the technology and exploring novel applications. Objectives: A first
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fluorescence microscope optimized for imaging individual cells within microtumors. Through this work, the PhD candidate will receive hands-on training in the design, implementation, and optimization of a state