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control over these reactions, the aim of this thesis is to develop a multi-color super-resolution microscope to image simultaneously both the SWCNT and OCC emissions in situ during the functionalization
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develop a theoretical framework to study this type of online and distributed learning, taking into account the coupling between the learning process and the spatial and temporal dynamics of the swarm. We
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microstructures by coupling different cutting-edge techniques. • Develop hybrid metallurgical metamodels that couple processes, microstructures, and properties. These models are based on physics but enhanced by
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major player in the Research and Teaching Cluster. Highly efficient single photons sources emitting in the telecommunication bands will be key elements to enhance the capability of quantum communications
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used to search for gravitational waves. In this project, we will develop new methods to reduce various noises in the LISA data efficiently in order to detect gravitational waves and to extract scientific
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-performance computing (HPC) and develop expertise in non-linear physics, statistical mechanics, and fluid mechanics. Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR7293-GIOKRS-007
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Research, CNRS, LCS UMR 6506, Caen) and Dr. Denoual (Greyc Laboratory). Develop new or optimise available synthetic approaches for the preparation of zeolite nanoparticles with variable pore openings
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physical properties is the playground where we are going to develop the thesis proposal. The thesis project will include several objectives and milestones: - Conception and development of novel nanofluidic
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of these nanoconfined systems, the thesis project will include several objectives which will constitute milestones for the work: - Circuitry based on gel channels: A first step will aim to develop a hybrid connector
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of this part will be to predict the expected performance of the MST telescope in detecting the Crab and prepare the data analysis of on-sky data. For the second part of the PhD project, even if LST-1 cannot