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Developing Novel Tools for the Analysis of Local Order using Total Scattering Data (TScat) EPSRC CDT in Developing National Capability for Materials 4.0, with the Henry Royce Institute PhD Research
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by measuring the position of particles scattered by the Compton interaction. This will provide complementary information with the resonant depolarization technique and will be particularly interesting
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time. The PhD will combine experiments, modeling, and numerical simulations. The experimental work will involve the design and fabrication of bubble metascreens using 3D printing, laser cutting, and
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operation. Experience with high-pressure X-ray diffraction / scattering, optical spectroscopy in combination with diamond anvil cell (DAC) and Paris-Edinburgh (PE) techniques. Experience in interpreting
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materials allow the realization of nonlinear scattering processes with unique properties that are inaccessible using standard interactions. In particular, such properties are important for realizing
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scattering, atomic level shifts/widths, and annihilation observables, with a flagship focus on deuteron-antideuteron collisions and extensions to light p-shell nuclei. By separating sequential vs simultaneous
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of real-world exposome scenarios. The doctoral candidate will quantify the kinetics of homo- and heteroaggregation, as well as sedimentation dynamics in biological fluids, using dynamic light scattering
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combination with optical methods (CW and pulsed laser heating, Raman, Brillouin, and other types of optical spectroscopies at extreme conditions). This position is expected to start in Spring 2026
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metasurface pixels are patches filled with 2D arrays of scatterers (‘meta-atoms’) precisely tailored for diffractive outcoupling and wavefront shaping at the same time. Each metasurface pixel receives light
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, Nonlinear and Complex Systems , Nonlinear Integral Systems, Classical and Quantum , Optical Physics , optics , Optics and Photonics , Optomechanics , Photoelectron spectroscopies , Photon-based Scattering and