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goals and our industrial partner's milestones. Design and execute rigorous experiments on: Bulk and interfacial rheology Nonlinear viscoelastic behavior Extensional and shear flow dynamics relevant
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Biosciences, ETH Zurich develops experimental methods for measuring and controlling electronic dynamics in molecules on attosecond time scales, during chemical reactions and in the liquid phase. Project
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experimental methods for measuring and controlling electronic dynamics in molecules on attosecond time scales, during chemical reactions and in the liquid phase. Project background The position is part of
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loads, resulting in highly nonlinear coupled hydrodynamic and structural behaviors. High-fidelity CFD-FEA based FSI simulations provide valuable insight but remain computationally expensive for large
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. Our research is complemented by nonlinear optical microscopy, cryogenic experiments, atomic force microscopy, magnetic and dielectric characterization, oxide thin-film growth, and close collaboration
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research spans the following broad areas: Complex systems: Nonlinear dynamics and Data assimilation, Statistical physics, Fluid dynamics and turbulence, Condensed matter physics, Biological Physics; Space
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models intractable; 2) sensitive, deformable components that exhibit compositional disorder and nonlinear responses; and 3) active agents capable of self-propulsion, creating systems that are inherently
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interest. Position 2 - Ecological Modeling of Population Dynamics This researcher will develop statistical and process-based ecological models simulating spatially dynamic, time-dependent population
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The School of Mechanical & Aerospace Engineering (MAE) is a robust, dynamic and multi-disciplinary international research community comprising of world-class scientists and bright students. MAE
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of Texas at Austin will contribute to cutting-edge investigations into the structural dynamics and interactions of membrane proteins and peptides within complex biological environments. This position centers