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of active matter, non‑equilibrium statistical physics, and quantum many‑body systems. Working with the Project Lead, the postholder will establish theoretical and numerical foundations for active quantum
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2028 Background We are seeking a highly motivated Research Fellow to drive the underground infrastructure theme within the Quantum Technology Research Hub in Sensors, Imaging and Timing (www.quisit.org
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from AI data centres and high-performance computing. The appointed Research Associate/Fellow will conduct computational studies of electronic transport and quantum phenomena in 2D semiconductor materials
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reduce the electricity demand from AI data centres and high-performance computing. The appointed Research Associate/Fellow will conduct computational studies of electronic transport and quantum phenomena
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the underground infrastructure theme within the Quantum Technology Research Hub in Sensors, Imaging and Timing (www.quisit.org ). The successful candidate will focus on designing and conducting large scale
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research, bridge quantum computing and omics and shape future of data analysis Apply now to advance the frontier of quantum biotechnology and integrative omics analysis Investing in you - benefits package
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light-matter interactions, developing nanophotonic and plasmonic devices that enable strong coupling between light and quantum materials, including single emitters, molecules, and two-dimensional
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. The group’s research is operating in the area of quantum statistical physics with specific focus on non-equilibrium quantum many-body dynamics. Specific topics of interest include dynamics in quantum circuits
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Description of the offer : This post is funded by a new Leverhulme Trust grant on spin dynamics at the 2D limit in collaboration with Prof. John Morton’s quantum spin dynamics group at UCL
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to the design, nanofabrication and exploration of superconducting quantum devices. The post holder will work on the design, development, fabrication and implementation of superconducting quantum devices