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Field
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Guerrieri on the Royal Society-funded project S-matrix Bootstrap: a theoretical collider for particle physics. The postholder will benefit from the group’s broader research environment and collaborations
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Guerrieri on the Royal Society-funded project S-matrix Bootstrap: a theoretical collider for particle physics. The postholder will benefit from the group’s broader research environment and collaborations
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connections between the Maslov index and the Evans function investigate fast-slow decompositions using geometric and asymptotic methods apply analytical and numerical methods to travelling-wave stability
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on computational many-body techniques, particularly Density Matrix Renormalization Group, Tensor Network, Exact Diagonalization and Monte Carlo simulations are strongly encouraged to apply. To apply, candidates
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rejection, source localisation, time-frequency decomposition, and multivariate pattern analysis. Develop and apply quantitative analysis pipelines in MATLAB, incorporating dimensionality reduction (PCA, UMAP
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within a dynamic and inclusive environment, in the Hepworth lab in the areas of Mucosal Immunology, fibroblast and matrix biology. This would be expected to include independently performing experiments
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within a dynamic and inclusive environment, in the Hepworth lab in the areas of Mucosal Immunology, ILC biology and relevant interdisciplinary fields (e.g. neuroimmunology, matrix biology, metabolism, etc
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, polymer matrix ceramic composites, ceramic matrix composites, and advanced coating systems for a variety of applications in the aerospace, defense, nuclear, and microelectronic industries. Develop standard
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in the area of probabilistic methods in machine learning. These include applications of Random Matrix theory and Gaussian processes to Deep Neural Nets. Teaching may be required. Education and
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are interested in studying the role of extracellular matrix factors including substrate rigidity and ligand binding density in regulating these processes. The insights gained from these empirical studies will be