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to major metropolitan areas, including Philadelphia, Baltimore, New York City, and Washington, DC. The successful candidate will conduct experimental research on artificial spin lattices using microwave
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of the labs aims. They will also have the opportunity to interact with spin-out companies on the Norwich Research Park, including a new spin-out from the Osbourn lab, to gain insights into life in
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to obtain spin-resolved images of fermionic systems with N up to 10. The successful candidate for this position will join a small team of PhD and post-doctoral researchers working to elucidate the mysteries
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in magnetic 3D nanoscale metamaterials to design next-generation high-performance computational devices. Specifically, you’ll investigate how vortex and spin wave dynamics can be modified in a
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independence polynomial, the chromatic polynomial, the Tutte polynomial, and various others that arise also as partition functions of spin systems from statistical physics. The goal will be to investigate
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or CO2 through thermal heterogeneous catalysis. For example, have we recently identified a new class of promotion based on spin quenching on Cobalt and Nickel doing surface science experiment
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platforms. Interdisciplinary Environment: Work alongside experts in nanofabrication, material growth, two dimensional materials, spin-orbit torques, and quantum devices in a vibrant and supportive research
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Information Our group invites applications for one postdoctoral position, starting in 2026. Applicants must hold a PhD in nuclear or particle physics by the time of appointment. The starting date can be
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: Completed PhD in a relevant discipline. Strong research background and competency in relevant research skills or areas for the post. Examples include: Demonstrated experience in microbial strain engineering
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fields with microscopic resolution. To achieve this goal and building on initial proof of concept, the setups will realise advanced protocols of quantum coherent control of electron spins, optical