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Max Planck Institute for Astronomy, Heidelberg | Heidelberg, Baden W rttemberg | Germany | 12 days ago
department’s research covers a broad range of topics in exoplanet characterization, including the chemical composition, thermal structure, and dynamics of gaseous planetary atmospheres; the formation and
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tunable surface sensitivity between 0.3 and 3 nm, (3) high chemical sensitivity (elemental composition, chemical state) and structural sensitivity (surface reconstruction of absorbed species, crystallinity
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the chemical composition and evolution of the disc, and will perform numerical simulations of planet formation to constrain the formation of terrestrial planets in the solar system. The candidate is further
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oenocytes to the lipid composition in the circulation. Recent publications include Li et al, Res Sq preprint, doi: 10.21203/rs.3.rs-5566817/v1; Dow et al, Nature Reviews Nephrology, 2022; Jouandin, Marelja et
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regarding composition and functionality Collegial cooperation on present topics and development of new projects in the field of material research for fusion applications Participation in international
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composition Present your results at international conferences and publish in peer-reviewed journals Your Profile: A Masters with subsequent PhD degree in chemistry, physics, environmental science, atmospheric
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spectroscopy (XPS) device Upgrade and development of the device for future projects Research on fusion relevant materials regarding composition and functionality Collegial cooperation on present topics and
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of reports, publication of results Your qualifications: Completed university studies (M.Sc./ M.Eng.) and PhD in polymer science or a comparable field of study Relevant experience in thermal analysis and fire
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through soft, disordered materials, including auto-regulated networks, composite soft solids, and exotic photonic biomaterials. The lab has two fully funded PhD and/or postdoctoral positions available
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years (with possible extension). YOUR TASKS Synthesis of lithium-ion batteries with different composition and conductive additives. Build and characterize lithium-ion batteries for industrial application