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topological cell guidance cues and multi-scale directional porosity. The laboratory is embedded in ETH Zurich’s Department of Health Sciences & Technology (D-HEST). D-HEST is a stimulating environment for
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-world sustainability challenges. By combining rigorous academic inquiry with practical relevance, the project will provide a stimulating research environment at the intersection of finance, climate
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starting of 1st of December, 2025. We are providing a supportive environment that fosters professional and personal growth . You will join a dynamic, motivated and interdisciplinary team of researchers with
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-edge research with the potential for high impact in the field of environmental microbiology Encouraging and collaborative research environment Cutting-edge computational infrastructure Support for career
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We provide an international and stimulating research environment with excellent infrastructure for personal and professional development. This PhD project will be carried out at Empa St. Gallen under
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are causing major changes in the physical environment, which may in turn fundamentally alter the functioning of ecosystems. Alpine and arctic ecosystems have remained relatively natural so far, but
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, an important antioxidant. Understanding and quantifying the atmospheric transport and chemical form of selenium is vital because it determines its ultimate fate in our surface environments and, most importantly
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Environments (GLORIA ) and the Mountain Invasion Research Network (MIREN ). Project description The biodiversity crisis is in part driven by invasive species, yet many non-natives are only recognized as invasive
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valued. We are looking for highly motivated, committed, and creative individuals who can work in a team and have outstanding communication skills. Working in a top-level research environment with advanced
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nanoscale physics, and benefit from an open and supportive scientific environment.