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); Agentic AI: Exploring multi-agent systems and their dynamics; Explainable AI: With a particular emphasis on mechanistic interpretability. Invent, evaluate, and publish novel algorithms, aiming
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dynamics; Explainable AI: With a particular emphasis on mechanistic interpretability. Invent, evaluate, and publish novel algorithms, aiming for theoretical guarantees when working with structured and
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research skills and experience in economics and agent-based modelling, and an interest in empirical/computational/algorithmic game theory You are proficient in relevant programming languages such as Python
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of Computer Science) is currently seeking a Predoctoral University Assistant ("PhD student") in the Big Data Algorithms Group headed by Sebastian Forster. The goal is to develop algorithms for solving clustering
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of this group consists of unraveling the evolutionary pathways of the Solar System bodies, in particular Earth, Venus, and Mars, and determining the place of the Solar System within the larger family of
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algorithms as well as deep learning workflows on GPU servers (use of Git, Docker, and PyTorch) Design, implementation, and evaluation of spatial proteomics and multiplex analyses for characterizing the tumor
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of this group consists of unraveling the evolutionary pathways of the Solar System bodies, in particular Earth, Venus, and Mars, and determining the place of the Solar System within the larger family of
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of the analysis of in-situ experimental data in the field of non-destructive testing (digital image correlation, thermography and acoustic emission) development of algorithm-supported evaluation methods in
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reducing waste, product failures and emissions. For this master’s thesis you will join our Competence Unit Complex Dynamical Systems , which focuses on the development and deployment of algorithms to control
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the Division of Systematic and Evolutionary Botany. Research in our group focuses on how genome-level processes (e.g. gene duplication, horizontal gene transfer, introgression) and natural selection have shaped