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of algorithms and research tools. Applications will be reviewed starting September 1, 2026, and will continue to be considered until the positions are filled. Further information and application instructions
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parameters that determine energy fluxes and permafrost dynamics using inverse problems techniques. The developed algorithms and methods will be integrated into the LPJmL Dynamic Global Vegetation Model. Close
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ultrasound technologies, ultrasound-responsive drug carrier formulations, and adaptive closed-loop control algorithms as an integrated precision drug delivery platform for the brain. Our approach employs a
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development of digital quantum algorithms for the simulation of non-abelian lattice gauge theories. We are looking for highly motivated individuals, with the desire to perform theoretical physics research
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the Taschner-Mandl Group, focusing on the analysis of single-cell and multi-omics data from patient samples. The project aims to uncover the tumor microenvironment and (epi)genetic drivers of neuroblastoma
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Group, focusing on the analysis of single-cell and multi-omics data from patient samples. The project aims to uncover the tumor microenvironment and (epi)genetic drivers of neuroblastoma using cutting
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to guarantee user-defined error bounds of reachable sets for nonlinear and hybrid systems. This project will exactly close this research gap: We will develop essentially new methods to ensure that algorithmic