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Postdoc in assessing carbon sequestration potential of different wetlands as nature-based solutio...
international research applications. Experience in planning and conducting field-work, laboratory work and demonstrated ability to take initiatives Who we are At the Department of Agroecology, our main goal is to
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. Responsibilities and qualifications Your primary focus will be to develop a comprehensive database and conduct novel research on how university innovation ecosystems influence the performance and scaling of deep
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researchers, policymakers, industry partners, and farmers who translate complex data and modeling outcomes into practical insights. As the chosen candidate, you will be critical in contributing to the main
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researchers, policymakers, industry partners, and farmers who translate complex data and modeling outcomes into practical insights. As the chosen candidate, you will be critical in contributing to the main
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soon as possible thereafter. You will join a young and dynamic research team working at the interface of chemistry and biology. Responsibilities and qualifications One of the main goals of our research
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, master, and PhD level, thereby ensuring that the students are taught using the newest knowledge within the area. The department activities put a clear focus on the needs requested by the pharmaceutical and
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University of Vienna (Department of Theoretical Chemistry, Prof. Christoph Flamm), who may potentially host the postdoctoral researcher for extended visits. The research group is located at the main campus
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as a primary parameter and power consumption reduction as a secondary parameter. Work closely with Digital system designer to understand the hardware specifications and limits in order to match the
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materials, producing a comprehensive dataset of structures and their optical properties. This dataset will serve as input for AI-based design tools developed by collaborators within the project. Your main
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the project. Your main tasks will be: Develop and apply electromagnetic modelling techniques in combination with inverse design to study light-matter interactions in dielectric nanostructured optical surfaces