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Integrated quantum photonics using semiconductor quantum dots School of Mathematical and Physical Sciences PhD Research Project Self Funded Prof M Fox, Prof Luke Wilson Application Deadline: 30
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progress wireless wearables research demonstrators into products and spinouts. The goal of this role is to develop custom application specific integrated circuits (ASICs) in cutting-edge CMOS processes
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for conducting a series of neurophysiology experiments in rats to test the role of brainstem circuits in spatial navigation and head movements. The researcher will be required to conduct these experiments
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. Contribute to ongoing projects, such as: AI-based modeling of cortical circuit structure and function from single-cell transcriptomic data. o AI-based super-resolution of low-field MR images in developing
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-memory computing; quantum materials, devices, and circuits; cryogenic electronics; heterogeneous integration and advanced packaging; wide-bandgap materials, power electronics, and harsh-environment
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materials, devices, and circuits; cryogenic electronics; heterogeneous integration and advanced packaging; wide-bandgap materials, power electronics, and harsh-environment electronics; next-gen
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progress wireless wearables research demonstrators into products and spinouts. The goal of this role is to develop novel RF and microwave sensors and/or interface circuits for non-invasive sensing. In your
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, integrated circuit designers, and quantum algorithm developers Analyze and interpret experimental data, contributing to scientific publications, patents, and presentations. Engage with the wider international
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circuits, transport phenomena in graphene and molecular nanostructures, to unconventional and topological superconductors. Our division integrates theory and experiment and works closely with groups such as
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Instituto de Investigação e Inovação em Saúde da Universidade do Porto (i3S) | Portugal | 17 days ago
grant for the development of R&D activities by doctoral students, enrolled in doctoral programs, within the project “Dopaminergic circuits underlying habit formation and addiction in animal models