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description About the Role To work with Dr Scott Balchin on the EPSRC funded project “Point-free methods in tensor-triangular geometry.” This EPSRC funded research project aims to use tools coming from
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accepted all year round Details In classical general relativity, Einstein’s equations involve the curvature of space-time on the left-hand-side, and the stress-energy tensor of matter on the right-hand
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and computational aspects of quantum many-body systems, including Tensor Networks, Neural Quantum States, Stabilizer formalism, Complexity measures such as entanglement and quantum magic, quantum
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developing, implementing, and applying tensor-network and related quantum-dynamics methods. Applicants may indicate a preference for one project or ask to be considered for both. The start date is flexible
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before mid October this year. The project intended for the post-doc is part of a collaboration within my group on the Google Willow Chip project (https://www.bbc.co.uk/news/articles/cd7pwezyze1o) for
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to tensor network states (e.g. TD-DMRG, MCTDH) to simulate correlated attosecond electron dynamics in molecules. Of particular interest are candidates who are interested in research in one or more of
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of the stress-energy tensor for the charged fermion field, using Hadamard renormalization. The renormalization counterterms will be derived using a generalization of the approach in [3] for a charged
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group on the Google Willow Chip project ( https://www.bbc.co.uk/news/articles/cd7pwezyze1o ) for which we require quick delivery. The goal of this recruitment is to appoint one postdoctoral
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jointly at the Faculty of Mathematics and the Faculty of Physics. We are seeking a highly qualified researcher with a strong background in tensor network methods, in particular the development of
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willing to start imminently, and before mid October this year. The project intended for the post-doc is part of a collaboration within my group on the Google Willow Chip project (https