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design metasurfaces. Subsequently, a good part of work will be dedicated to the manufacture of metasurfaces and optical sources (LEDs, etc.) and integrating them together. Finally, the devices produced
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fields required to design, develop / implement the experimental devices necessary for its scientific activity, as well as the design, development and use of instruments. The LHCb IJCLab group is composed
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from the CNRS, the researcher will have to apply and develop a CSP (crystal structure prediction) methodology for the prediction and in silico design of materials. This could be based on generative
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project focusing on molecular electronics based on chiral molecules. This project requires in-depth synthesis work to design multifunctional chiral organic ligands (allowing the complexes to be grafted onto
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the generation of true random numbers, and to design online tests to measure this noise and distinguish it from the thermal noise. - Study and modelling of flicker noise in ring oscillators. - Extraction
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emission. In this respect, we will design peptide-lanthanide complex conjugates in which the peptide serves as targeting unit to vectorize the lanthanide complex into cells. The recruited postdoc will have
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experiments creating simplified communities in mesocosms to monitor predator-prey dynamics. • Design and perform behavioural experiments (activity, antipredator and predator behaviour), physiological
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and manipulation in atom chips -realization of linear and ring rf magnetic guides in atom chips -rf dressed potentials -design and realization of small electronic circuits -instrumentation for atom
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well as the design of its future upgrade. The group is also actively working on LHCb's real-time analysis system and have a large interest in AI and neural-network based reconstruction methods. The LHCb
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understanding of the interactions between light and photoactivatable compounds to design targeted and optimized therapeutic treatment. With the aim of guiding compound selection, optimizing treatment and