Archives: Research Groups
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Research Groups
Discovering Structures in Numbers
Learn moreThe group members explore many facets of modern number theory and its applications, carry out and promote experimental mathematics, and highly value teaching.
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Research Groups
Research
Learn moreIn the 19th century, the study of algebraic extensions generated by radicals led to the foundations of Kummer theory. This theory is elegant in itself, and it also has applications to various (contemporary) problems in number theory. We are providing new insights and we are developing this flexible tool.
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Research Groups
Number Theory and Arithmetic Geometry
Learn moreMembers of our group study number theory (algebraic, analytic, and computational aspects) and arithmetic geometry.
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Research Groups
Research
Learn moreOur research focuses on molecular systems biology, applying methodologies like epigenomics and transcriptomics together with cutting-edge data analysis and integration techniques, including statistical methods, machine learning, and network-based approaches. Our interdisciplinary research projects usually combine both experimental laboratory work and computational biology approaches.
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Research Groups
Systems Biology and Epigenetics
Learn moreOur research group is focused on the field of molecular systems biology, applying approaches like epigenomics and transcriptomics. We employ cutting-edge data analysis and integration techniques, including statistical methods, machine learning, and network-based approaches, to unravel the complexities of biological systems in health and disease.
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Research Groups
Research
Learn moreNumerous diseases are caused by a dysfunctional cellular signal transduction. Thus, the Signal Transduction group works on the understanding of cellular signalling pathways and its underlying molecular mechanisms, a crucial step for the development of novel drugs targeting cellular communication pathways.
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Research Groups
Signal Transduction
Learn moreThe Signal Transduction group focuses on the understanding of cellular signal transduction and its underlying molecular mechanisms.