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promising avenues for developing high performance devices, making them strong candidates for large-area electronics. A significant barrier remains, however: the lack of ceramic-based PMOS with transport
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characterisation techniques. The role holder will join the Low-Dimensional Electronics Group under the supervision of Dr Jack Alexander-Webber. The successful individual will have experience working with emerging
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characterisation techniques. The role holder will join the Low-Dimensional Electronics Group under the supervision of Dr Jack Alexander-Webber. The successful individual will have experience working with emerging
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will make a leading contribution to a project aiming at the development of a new type of superconducting quantum circuits and their integration with cryogenic quantum electronics (e.g. quantum logics and
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About the Project This PhD project is built on a multidisciplinary collaborative project between Anglia Ruskin University (AI) and University of Cambridge (Electronic Engineering Division in
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intuitions, with expertise in Material Science, Control Engineering, Electronic Engineering, and Structural Engineering. This is a novel concept for harvesting wave energy through dielectric fluid, and it is
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automotive and motorsport courses at master’s level, and engaging in academic research and commercial consultancy. Interests are wide-ranging from mechanics and materials through to computer vision and self