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comprehensive and innovative methods to directly test palaeoecological hypotheses using both fluid dynamics simulations and experiments, which will be applicable across the study of life on Earth. https
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CESM) and analysis of large observational datasets. Nitrogen oxides (NOx) emitted into the troposphere contribute to the formation of fine particulate matter (PM2.5) and ozone (O3). NOx thus plays a
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and in vitro assays. Experience in catalysis, programming and large data analysis is a plus. Excellent communication skills and fluency in English (written and oral). Our offer The project is planned
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communication. Move beyond descriptive ligand–receptor analysis to models that predict and help understand how cells react to signaling cues. ● Joint models of regulation and dynamics. Flow- and diffusion-based
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Your position You will work on the development of a nanopore-based platform for single-molecule analysis of nanoclusters. Your research will include: • Establishing nanopore assays for detecting and
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the translation of ecological science into decision-making. Experience with quantitative analysis, modelling, simulation, or programming, preferably in R, Python, NetLogo, Julia, or comparable tools
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that provide direct optical access to spin-physics and offer a tunability approaching that of cold-atom simulators. The Quantum Opto-Electronics Group (QOEG; https://smolenski-lab.com ), led by Prof. Dr. Tomasz
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systems. To get an overview of our lab's recent projects, take a look at our publications: https://drescherlab.org/publications.html We are looking for a highly motivated and talented PhD student to join
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, Mössbauer spectroscopy, electron microscopy, electrochemical methods) You will study proton mobility with quasi-elastic neutron scattering QENS in clays at SINQ / PSI and develop your own data analysis tools
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dynamical systems methods and data-driven analysis is a plus We offer Your job with impact: Become part of ETH Zurich, which not only supports your professional development, but also actively contributes