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The UCL AI Centre is seeking a motivated Postdoctoral Research Fellow to advance theoretical methods in quantum optics focused on attosecond phenomena. This role combines collaboration with international research teams, cutting-edge theoretical work, and offers a two-to-three year funded contract. The ideal candidate will have a PhD and strong expertise in quantum dynamics research.
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Ref Number B04-06220 Professional Expertise Research and Research Support Department UCL BEAMS (B04) Location London Working Pattern Full time Salary £43,374 £51,860 Contract Type Fixed-term Working Type On site Available for Secondment No Closing Date 10-Jul-2025
About Us
UCL is one of the world's top universities based in the heart of London. It is a modern, outward-looking institution. UCL's staff and former students have included 32 Nobel prizewinners. It is a truly international community: more than one-third of our student body – more than 50,000 strong – come from 150 countries and nearly one-third of staff are from outside the UK.
The Atomic Molecular Optical and Positron Physics (AMOPP) research group in the Department of Physics and Astronomy at UCL comprises of over 100 personnel – academic staff, postdoctoral researchers, PhD students, and support staff. A significant part of the research in the group involves laboratory-based experiments with lasers, high-vacuum systems, high-voltage electronics, and cryogenics. These experiments cover research areas including antimatter physics, cold atoms and molecules, quantum sensing, and quantum computing. Many of the pieces of state-of-the-art apparatus used in this work are purpose built, and designed and constructed in house with direct involvement by our technical support staff.
About The Role
We are seeking a highly motivated Research Fellow to join the theory team working on the EPSRC-NSF funded project “Attosecond Photoelectron Imaging with Quantum Light”, led by Professor Carla Faria. The project explores the use of intense non-classical light, such as bright squeezed vacuum (BSV), to perform attosecond-scale imaging of quantum phenomena via photoelectron momentum distributions. The role focuses on developing a fully quantum electrodynamic version of the Coulomb Quantum Orbit Strong-Field Approximation (QED-CQSFA) and modelling how quantum light influences photoelectron holography and electron-ion entanglement.
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