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well as the disassembly or reassembly of the materials into new composite structures. We envision that the generated knowledge will advance the field of bio-based and sustainable material technologies and contribute to new
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experience in cell culture and biochemical/molecular biology techniques. The ideal candidate is a collaborative team player with a strong interest in toxicology and endocrine research. We offer a dynamic
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order to investigate economical and supply systems and the interaction between lakeshore settlements and their environment. The candidate will collaborate closely with the other disciplines involved in
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energy system models that incorporate a stronger Social Sciences and Humanities (SSH) perspective. By embedding societal dynamics, such models aim to capture a wider range of future uncertainties and
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molecular anions and their interactions with other particles will be investigated to fully describe negative ions in a variety of environments, from vacuum to plasmas, interstellar clouds and planetary
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datasets is a plus. We offer you A fully-funded PhD position for four years in a dynamic research group with an excellent research infrastructure in the international and interdisciplinary Department
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of Environmental Sciences (DUW). Scientists at DUW investigate the complex interactions between the biosphere, geosphere, hydrosphere, atmosphere and anthroposphere. Understanding the current state
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have the pleasure of interacting with other lab members and other scientists in the Department of Biomedicine. Basic research requires thought, patience, attention to detail, a significant time and
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developments in the field of chironomid palaeoecology include the development of high-resolution analyses to reconstruct decadal-scale ecosystem dynamics of lake ecosystems, the interpretation of influx data
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positions available in the following research areas: A.) Strong interaction at low energy, dark matter, mu --> e conversion, parity violation (research group of Martin Hoferichter) B.) Hadronic contributions