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challenges the current macrodispersion paradigm that assumes that porous transport processes occurs under well-mixed microscale conditions. Using novel experimental, numerical and theoretical approaches
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on the development and construction of a near-field imaging tool for electron paramagnetic resonance (EPR) spectroscopy based on quantum circuit technology. The objective of the project is to detect and characterize
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of the active materials requires profound knowledge of their working mechanism. In particular, it is of paramount importance to understand which physical and chemical processes govern not only the power
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design, and innovative computer architectures. Our research interests range from the study of fundamental phenomena to the design of new devices with potential for technological applications in information
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with uses. The data will consist of images recorded by cameras on board a tethered aerial balloon developed by Cerema (see background). The proposed work is structured along two lines: o The first area
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solutions, by combining the expertise of computer scientists in the development of models, algorithms and digital applications, with the experience acquired by researchers in the humanities and social
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available to the PhD student for optical and radar simulations will be pre-processed (including radiometric and geometric image correction, urban models). The candidate will take part in occasional
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for recycling. Conventional recycling processes for Li-ion batteries Given the very high demand, particularly for electric vehicles, the current priority is to increase production capacity, with the risk that
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importance to switch to efficient renewable energies such as solar, wind or geothermal, it is essential to consider the materials that are used in this new paradigm. In fact, most of the time only
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(scRNAseq and scATACseq), bioinformatics including handling/analysis of single-cell datasets and modeling of GRNs, as well as transgenesis and live imaging. The project involves a collaboration with Arnau