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internationally visible and highly competitive research is focused on understanding the mechanisms of aging and associated age-related diseases. Scientists from over 40 countries are currently investigating
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Your Job: At the Institute for a Sustainable Hydrogen Economy - Catalytic Interfaces for Chemical Hydrogen Storage (IHE-1), we investigate fundamental mechanisms and processes of chemical hydrogen
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on the advanced characterization of nanostructure materials by transmission electron microscopy (TEM). Your profile: Ph.D. in Chemistry, Materials Science, Mechanical Engineering, or a related discipline Solid
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degree in mathematics or a related discipline Knowledge of solid mechanics, partial differential equations, asymptotic methods, numerical methods, and/or homogenisation are strongly desired Capacity and
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understand the molecular and cellular mechanisms that underpin post-viral syndromes, with a particular focus on Long COVID. You will be a key member of a dynamic, international, and friendly team, working
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experience in chemical kinetics and mechanism development, e.g., using RMG-Py/Arkane and Cantera/Chemkin Solid background in thermochemistry and pressure-dependent kinetics (fall-off, RRKM/ME, PLOG/Chebyshev
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experimental physics or equivalent at the time of recruitment. Prerequisites for working in our group are solid laboratory and programming skills. Expertise in one or more of the following areas would be ideal
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’ s internationally visible and highly competitive research is focused on understanding the mechanisms of aging and associated age-related diseases. Scientists from over 40 countries are currently
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of stem-cell derived models, these platforms open new avenues to systematically explore tissue self-organization and disease mechanisms. The group of Prof. Bausch is establishing an automated cell culture
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: atmosphere.ei.tum.de ) Optimization of an urban sensor network configuration for greenhouse gas and air pollutant measurements using mathematical and physical assessments Analysis of ground-based and satellite-based