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Group Leaders in the field of computational and quantitative biology with the aim of developing new mathematical, computational and AI approaches for the analysis and interpretation of life science data
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property relationships and to unlock the potential of basic elements of natural sciences for conducting cutting-edge research for materials discovery and innovation. To become a global leader in functional
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where bacteria interact. We combine systems biology approaches, evolutionary modeling, computational methods, data analysis, and data from evolutionary experiments to establish a strong dialogue between
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to help develop and implement methodologically appropriate analysis strategies for genetic and ‘omic data integrated into epidemiological investigations; Collaborating with external (including many
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processing, intelligent sensing, and industrial big data analysis. It seeks to develop new systems and equipment for microelectronics, open manufacturing, and intelligent manufacturing, thereby enhancing
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: algebra, number theory, lattice theory and lattice cryptography, quantum information and quantum transformation. Computer Science: deep learning, probability statistics and Optimizing, data analysis and
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, genome stability, cell signaling, protein stability, genomic analysis, mechanobiology, and immunology, fostering an environment where groundbreaking ideas flourish. Real-world Impact Collaborate closely