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Macroscopic matter is composed of a huge number of quantum particles whose dynamics are typically dominated by interactions. In spite of this immense complexity, when a macroscopic object is in
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skills, including rheology, spectroscopy, particle characterisation, and advanced imaging techniques, including rare access to unique capabilities found only at the University of Birmingham, such as
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. These changes cascade through ecosystems: plastics can alter carbon export by binding with algal cells into fast-sinking aggregates or, conversely, reducing sinking when attached to buoyant particles. Moreover
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, in the oxycline, and around algal particles. Their activity is shaped by cross-feeding interactions with heterotrophs, nitrifiers, and sulfur oxidisers, yet the ecological links between benthic and
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symmetry to problems in particle physics. We are looking for strong candidates with a strong background in QFT. Candidates are encouraged to make an informal inquiry with Prof. T Daniel Brennan (t.d.brennan