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with multiple electrodes – multipolar catheters – are increasingly used to facilitate electroanatomic mapping of the atria before ablation. Despite advances in ablation technology, the search for optimal
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the possibility of performing controlled parametric studies and, ultimately, of extrapolating thermophysical properties towards conditions where convective transport is negligible. Fundamental questions
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. This thesis aims to model, optimize, and experimentally validate such an optical ultrasound sensor based on resonant metasurfaces. The work will focus on three main areas: 1. Multi-physics Modeling: Development
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biological mechanisms that control it remain largely unknown. The aim of this PhD project will be to understand how changes in pressure drive this extremely rapid three-dimensional reconfiguration of a tissue
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the Linux/Unix command line, and a solid foundation in statistics. Candidates should be able to work both independently and collaboratively and to communicate scientific results effectively in English
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– Blood Signals”** team investigates the molecular mechanisms controlling the development, maintenance, regeneration, and aging of the hematopoietic system, with a particular focus on hematopoi
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of the tissue using water-soluble clearing and refractive index matching media, and evaluating the benefits of this approach for three-dimensional imaging. The first year of the project will focus on optimizing
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cellular changes. Advanced imaging techniques, including structural and functional-MRI, developed by Dr. Emmanuel Barbier (GIN director), will be used to optimize rSynES and monitor neuronal changes over
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to understand deformation-controlled hydrogen systems by integrating seismic observations and THMC physical modeling at three complementary sites: Comminges (primary target), Oman, and New Caledonia. The central
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contribute to NDDs. In recent years, we have identified key roles for the microtubule-associated protein Navigator-1 (NAV1) in axon growth and guidance. Notably, we have shown that NAV1 controls