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combine density functional theory (DFT), molecular simulations, and machine-learning force field (ML-FF) development to uncover the factors controlling NHC–surface interactions and to model realistic
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responsible for a research project aimed at understanding how macrophages and their tissue niches influence homeostasis and tissue repair in vivo, using original and innovative models. The position is based
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single fluid vortex and a liquid/gas interface in various configurations through theoretical/numerical modelling and stability analyses. The following configurations will be analysed : - a horizontal fluid
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, angular stability, and fabrication robustness The postdoctoral researcher will contribute to the full metasurface development workflow, from concept and numerical modeling to fabrication and experimental
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-doc follows on from a PhD thesis completed at the TIMC laboratory, in collaboration with the Annecy Genevois Hospital Center. The thesis focused on developing biomechanical models of the faces
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the Escherichia coli model bacterium. More specifically, he/she will study the role of small proteins and small RNAs in controlling the activity of two-component systems, focusing on one of these systems involved
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to experimental design, modelling of temporal encoding schemes, and data analysis, within a highly interdisciplinary environment combining optics, photophysics, signal processing and biology. The person will
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of multi-modal Foundation Models that integrate single-cell omics with spatiotemporal information. The second position will address the development of a virtual tissue model, exploiting spatial
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communication. They will implement cellular models and cellular/molecular biology approaches to link metabolic regulation with subcellular organization. The LPENS laboratory offers a unique interdisciplinary
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well as next-generation ecological models that take uncertainty into account. The https://leca.osug.fr (LECA) is part of the University of Grenoble Alpes and the CNRS in France. Grenoble is located close to