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39 Faculty of Computer Science Startdate: 01.10.2025 | Working hours: 20 | Collective bargaining agreement: §48 VwGr. B1 lit. b (postdoc) Limited until: 30.09.2031 Reference no.: 3905 Among the many
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at the interface of Quantum Information and Computation with the study of Complex Quantum Many-Body Systems. For this, we apply a combination of methods from both Mathematics and Physics, complemented by concepts
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home of several third-party funded research projects. Through cooperation with numerous academic institutions worldwide, the Department is very well connected with the international scholarly community
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of mathematical proof automation: You identify and address research questions in the field of mathematical automation in numerical analysis or approximation theory. You implement the developed methods in Lean. You
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and presentations, if applicable). High scientific qualification in numerical methods and scientific computing. Didactic skills and qualification as well as experience in e-learning. Excellent
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and presentations, if applicable). High scientific qualification in numerical methods and scientific computing. Didactic skills and qualification as well as experience in e-learning. Excellent
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a catch: in most real-world scenarios, this equation lives in very high-dimensional spaces, making its numerical solution a serious computational challenge. This project aims to tackle that head-on by
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. We are a highly international and research-oriented Department. More than 30 full-time junior and senior professors together with numerous PhD students form an international community dedicated
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years at the Institute of Biological Chemistry at the Faculty of Chemistry. Your position is at the AG Kurzbach, which works on the development of unconventional magnetic resonance methods, including
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team led by Univ. Prof. Olga Mula. Our group’s work sits at the forefront of numerical analysis for Partial Differential Equations, enriched with data-driven methodologies -- a powerful combination