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and willingness to collaborate; Very good command of the English language. These skills would be an advantage: Experience with Lagrangian transport models; Expert knowledge of programming, preferably in
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main research focus of the Division is understanding and predicting the effects of environmental changes on the distribution and diversity of biota – with a particular emphasis on biological invasions
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chemical phenomena using contemporary computational and theoretical methods. We employ and extend ab initio quantum chemistry to understand and predict structure and reactivity in the ground and electronic
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command of English or German and a good command of the other language (which must be demonstrated within one year), as well as of a Slavic language or Modern Greek. Excellent knowledge of theology and
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focus on the methodology of empirical education or socialscience research Publications on relevant methodological topics in English Web of Science journals Good command of both quantitative and
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for Partial Differential Equations: Identifying and addressing research questions as part of Prof. Perugia's research group. Innovative development, analysis, and implementation of numerical models
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quantum phenomena, specifically matter-wave interferometry, AMO physics is a significant advantage. You have excellent command of written and spoken English. You are a team player and high social
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in a team and on interdisciplinary research projects. Knowledge of image-based modelling and geographic information systems (preferably QGIS) is desirable. During the initial period, you must
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-Activity Relationships: Exploring how the chemical structure of ligands controls receptor activation and how these processes affect physiological endpoints (e.g., satiety signals, cytokine levels
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communication science such as public sphere and public opinion research, journalism and political communication using advanced computational models and methods for collecting, processing, analyzing and