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vivo evaluation of these tools. The main hypothesis is to take into account the couplings between the solid and fluid phases, as well as the chemical components present, in particular electrically
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(XPCS) that is analogous to dynamic light scattering using X-rays. XPCS allows studying motions in several disordered systems ranging from complex fluids, colloids, vesicles, proteins to glasses. The high
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the couplings between solid and fluid phases, as well as the chemical components of both, specifically electrically charged GAGs combined with collagen as well as physiological ions. The fluid-structure
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high-temperature and pressure energy systems (e.g., supercritical CO2 [sCO2]), experimentation or modeling of supercritical fluids, thermomechanical design, and/or experimentation or modeling of additively
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. Grimm, J. Baschnagel, A. N. Semenov, A. Zippelius, and M. Fuchs. Stress correlations and stress memory kernels in viscoelastic fluids. Soft Matter, 21:4256, 2025. [2] A. E. Likhtman and T. C. B. McLeish
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Researcher to contribute to the fight against Endometriosis by leading the development of a microfluidic platform for the processing of menstrual fluid samples. The successful candidate will join the SENSOPAD
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, with broad applications in research and clinical diagnostics. Objective: The post-doctoral fellow will work on the development of a robust detection pipeline for cytokines in plasma and other body fluids
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research and clinical diagnostics. Objective: The post-doctoral fellow will work on the development of a robust detection pipeline for cytokines in plasma and other body fluids. Training and Research
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Eligibility criteria The candidate (M/F) must hold a PhD thesis and at least 2 or 3 years of post-doc experience in the domain of rheology, fluid mechanics, physics and chemistry, soft matter and/or processes
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in the Earth's outer core, with implications for deep Earth processes [1]. A variety of inverse methods (data assimilation, machine learning, etc.) has been employed to recover the fluid motions in