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be particularly interested in the distribution of ions in the medium, since this is what controls the separation. Using a biased simulation procedure, the distribution coefficients will be studied and
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(by two) and energy consumption. However, lower precision can also increase numerical instabilities. The main objective of this project is to automatically identify and control sources of instabilities
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materials, there remains a notable gap in understanding the mechanisms of the biocarbon-metal systems (especially the impact of the resource nature and/or doping), the crucial process parameters controlling
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integration mechanisms in neural networks, particularly in motor control structures. The work will be conducted under the supervision of Dr. Antoine Valera, as part of the ERC Cerecode project. The INCI is
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of 6 permanent researchers, 1 emeritus, 3 postdocs and 6 PhD students. The team is involved in CP violation studies in B decays, in indirect searches for effects beyond the standard model, and in heavy