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build innovative astrophotonic instruments, and their core technologies, for groundbreaking astronomical science in high-contrast and high-angular-resolution imaging implement and test novel instrument
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-resolution imaging implement and test novel instrument concepts based on astrophotonic technologies (including the photonic lantern and photonic integrated optics), by way of computer simulations, laboratory
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and complex system simulations develop, implement, test, and benchmark computational models, algorithms, data pipelines, and research software prototypes contribute to optimisation, simulation, sampling
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arising from finite fields, projective and polar spaces, and related structures. Apply computational methods (e.g. Magma, GAP, SageMath, Python) to test conjectures and explore new mathematical directions
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will be to: conduct high-quality research in quantum-enabled computational approaches for digital twins and complex system simulations develop, implement, test, and benchmark computational models
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will be to: conduct high-quality research in quantum-enabled computational approaches for digital twins and complex system simulations develop, implement, test, and benchmark computational models
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imaging data acquisition and analysis experience running clinical studies and experience collecting chronic pain patient quantitative sensory testing data experience with patient recruitment and assessment
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well as the physical and numerical modelling including the finite element modelling, confirmed by publications. Experience, confirmed by publications in conducting laboratory experiments and testing, including design of
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experience in space solar cells qualification, acceptance standards and tests. To be considered for appointment at Level B, we're looking for evidence of: experience working in a commercial industry setting
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standards and tests. To be considered for appointment at Level B, we’re looking for evidence of: experience working in a commercial industry setting experience in demonstrating perovskite solar cells with