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reinforcement learning for large language models (LLMs). Research directions include developing next-generation post-training algorithms, exploring diffusion-based approaches to reasoning with language models
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) in Basel, Switzerland. The successful candidate will work on developing cellular therapies against glioblastoma and brain metastasis. The project focus is on the genetic modification of T cells and
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allergic hypersensitivity, allergy, chronic inflammation and cancer. Besides performing biochemical, cellular and mouse genetic studies, the candidate interacts with Chemists developing novel bioactive small
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into metabolism and disease. The work is a close collaboration with the group of Prof. Christoph Handschin, complementing our structural research with genetic elucidation of structure-function aspects, spanning
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and the underlying genetic networks through comparative transcriptomics analyses. The work will involve fieldwork in East Africa and laboratory research in Switzerland, with additional visits
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on the elucidation and targeting of major stress and lipid kinase signaling pathways in allergic hypersensitivity, allergy, chronic inflammation and cancer. Besides performing biochemical, cellular and mouse genetic
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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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bacterial genetics (in particular chromosomal integration). Cloning design (e.g. restriction / ligation, Gibson, Golden Gate, site-directed mutagenesis). Quantitative fluorescence microscopy. Microfluidics