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. This project seeks to further develop and broaden the range of loss functions by incorporating concepts from differential geometry. Additionally, we leverage the theory of estimating functions to create optimal
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spectrometry-based proteomics to understand how proteins, their interactions, and their modifications drive disease and drug response, and we develop the methods to address these questions across basic, clinical
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. This project seeks to further develop and broaden the range of loss functions by incorporating concepts from differential geometry. Additionally, we leverage the theory of estimating functions to create optimal
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associated with ageing. The successful candidate is expected to develop an independent research programme within this broad scope, focusing on methodological innovation and the application of modern AI
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candidate is expected to develop an independent research programme within this broad scope, focusing on methodological innovation and the application of modern AI approaches to large-scale biomedical data