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has been created in theoretical quantum computing. We are particularly interested in candidates working on quantum error correction, algorithms, simulation and qubit architectures. We are also
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correction, algorithms, simulation and qubit architectures. We are also interested in outstanding scientists in theoretical quantum computing in a broader sense. A primary research direction is to include spin
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, microbiology, infection biology and immunology, cell and developmental biology, neurobiology, genetics as well as computational and systems biology. With over 30 groups, about 150 PhD students and over 500
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systems. The PhD project will utilize a variety of molecular tools to analyze and manipulate biofilms. A particular focus will be on the use of transcriptomics, genetics, and microscopy methods
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systems. The PhD project will utilize a variety of molecular tools to analyze and manipulate biofilms. A particular focus will be on the use of transcriptomics, genetics, and microscopy methods
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, microbiology, infection biology and immunology, cell and developmental biology, neurobiology, genetics as well as computational and systems biology. With over 30 groups, about 150 PhD students and over 500
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bacterial genetics (in particular chromosomal integration). Cloning design (e.g. restriction / ligation, Gibson, Golden Gate, site-directed mutagenesis). Quantitative fluorescence microscopy. Microfluidics
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of two world-leading efforts: ARTIC2, the latest evolution of the renowned ARTIC project, enabling affordable, portable, and real-time genetic sequencing in low-resource settings Pathoplexus, a pioneering
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: ARTIC2, the latest evolution of the renowned ARTIC project, enabling affordable, portable, and real-time genetic sequencing in low-resource settings Pathoplexus, a pioneering open-source platform
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, physics of living systems, structural biology, microbiology, infection biology and immunology, cell and developmental biology, neurobiology, genetics as well as computational and systems biology. With over