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properties of the fault zone, or processes driven by fluids and chemical reactions. The ultimate goal is to reduce uncertainty regarding the presence, geometry, and dynamics of hydrogen-generating zones, and
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of special functions, and appear naturally in physics, but also, for example, in combinatorics (finite differential generating series) or in algebraic geometry (Picard‑Fuchs equations). A particularly
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controlled conditions. Existing systems greatly simplify the geometry, connectivity, and deformability of real vascular networks. The successful candidate will design and fabricate, mainly in PDMS, reticulate
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rotor/stator configurations, one may rely on RANS simulations with mixing planes, hybrid RANS/LES approaches, LES on simplified geometries, or LES of the full geometry. In practice, the choice of the most
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measurements, a protocol will need to be developed to stabilize the samples. The interpretation of experimental spectra will be based on quantum chemistry calculations aimed at determining the geometries and
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: • To design and optimize an electrolyzer that simultaneously promotes mass transfer, contaminant degradation, and gas recovery; • Study the influence of operating parameters (current density, reactor geometry
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The successful candidate will join the Climate Physics team at ENS de Lyon (https://climatephysics-ensl.fr/ ), which currently consists of 5 permanent researchers, 7 PhD students and 2 postdoctoral researchers. We
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employed to simulate irradiation conditions based on the geometry of the irradiation cell currently used in the PhD project of B. Lathuillière (MATICE PhD student, 2024–2027). GEANT4-DNA and GATE