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their surrounding environment through complex aerodynamic or hydrodynamic interactions. These interactions are highly nonlinear and depend on the robot geometry, local flow conditions, turbulence, and external
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become part of a laboratory that covers a wide range of fields, from statistical physics to hydrodynamic turbulence, including mathematical physics and signal processing, as well as soft and condensed
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hydrodynamic and mechanical stimulation using advanced microscopy; - Developing multiphysics models of fluid transport and tissue deformation (COMSOL Multiphysics); - Validating the platform using patient
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, effluent composition, hydrodynamic conditions) on treatment performance and gas production; • Qualitatively and quantitatively characterize the gases produced during electrolysis; • Establish correlations
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(focusing on polar and alpine environments) and geophysical fluid dynamics. We collaborate with several colleagues from the Physics Laboratory, who are experts in hydrodynamics/climate research (about 15 PIs