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Applications are invited for a Postdoctoral Research Assistant in Superconducting Quantum Circuits. This is a fixed-term position until 30 June 2027. We would like the successful candidate to start
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We are seeking a creative and motivated neuroscientist to investigate how distributed brain circuits support flexible learning and decision-making. The postholder will join the Adaptive Decisions
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plus 9 buildings closed days (and Christmas Eve when it falls on a weekday) Purpose of Role The Research Assistant is expected to carry out power amplifier design and measurement, and integrated direct
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technical questions because it requires combining classical and quantum physics scales and principles. Electronic devices are manufactured by integrating millions of single units. As they have become smaller
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circuits in cognitive processes. You will design and conduct research into human behaviour (habits, learning under uncertainty) that is of an international standard, and that is carried out expertly
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. Recent relevant research/industrial experience to include: The use of Finite Element Analysis for the analysis, design, or verification of aircraft powerplant (and/or powerplant integration) structures
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optical phenomena in time-varying and nonlinear photonic systems, with a particular focus on advanced material platforms and integrated device architectures. The role requires a strong theoretical
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transcranial magnetic stimulation) to test the causal role of targeted circuits in cognitive processes. You will design and conduct research into human behaviour (habits, learning under uncertainty) that is of
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interconnected elements of a biosocial nexus, and to work closely and collaboratively with other project members to ensure that these insights are fully integrated into the overall project and can be used
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, material, or a related discipline. While experience in nanoelectronic device characterisation, modelling, IC circuit design, or simulation is preferred, but it is not mandatory. The post requires excellent