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A leading scientific facility in the UK seeks a Post Doctoral Research Associate in Magnetization Dynamics to spearhead innovative research on topological magnetic structures. The role involves utilizing advanced synchrotron techniques and contributing to collaborative studies while offering a supportive work environment with ample benefits.
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This range is provided by Diamond Light Source. Your actual pay will be based on your skills and experience — talk with your recruiter to learn more.
2 years potentially renewable for a further 1 to 2 years
About Us
Diamond Light Source is the UK’s national synchrotron science facility. By accelerating electrons to near light-speed, Diamond generates brilliant beams of light from infrared to x-rays which are used for academic and industry research and development across a range of scientific disciplines including structural biology, physics, chemistry, materials science, engineering, earth and environmental sciences.
About The Role
We invite applications for a Postdoctoral Research Associate (PDRA) to join our X-ray Magnetic Spectroscopy team. This position offers a unique opportunity to conduct in pioneering research on topological magnetic structures utilizing advanced synchrotron-based techniques. The main objective is to develop and apply state-of-the-art methods for probing magnetization dynamics using polarized soft x-rays, both at Diamond Light Source and at partner synchrotron facilities abroad.
Topological magnetic structures—such as domain walls, skyrmions, antiskyrmions, hopfions, torons, merons, and blochions—are stable, spatially localized spin configurations that persist over time. These entities, especially in non-collinear magnetic systems, exhibit complex excitations across a wide range of timescales, influencing spin-polarized electrons and magnons through emergent electric and magnetic fields, thereby affecting transport phenomena. While traditional ferromagnetic resonance (FMR) techniques have been instrumental in probing magnetic parameters and indirectly identifying dynamic modes of skyrmions, direct access to the dynamics of topological magnetic systems requires more advanced techniques. By exploiting the well-established x-ray magnetic circular dichroism (XMCD) effect and synchronizing radio frequency fields with synchrotron-generated X-ray pulses (~500 MHz), x-ray detected FMR (XFMR) enables measurement of both the amplitude and phase of spin precession in chemically distinct layers at GHz frequencies.
Over the past decade, we have developed (and applied) a comprehensive suite of synchrotron-based magnetic characterisation techniques, including diffractive and reflectivity FMR = DFMR and RFMR [van der Laan & Hesjedal, Nucl. Instrum. Meth. B 540, 85 (2023)], uniquely unravelling their topological static and mode- and layer-resolved dynamic properties. Using our CD-REXS technique, we also discovered entangled 3D skyrmion structures, such as chiral bobbers, which are terminated by magnetic monopoles. We are now seeking to extend these studies to include magnetic Hopfion textures.
In addition to this core project, you will contribute to our broader current research topics on novel materials such as magnetic topological insulators, 2D van der Waals materials, and synthetic antiferromagnets. The role also involves instrumental development, including design, procurement, testing, and maintenance of bespoke scientific equipment and software to perform novel experiments. You will be encouraged to propose and pursue new research ideas within the area of x-ray magnetic spectroscopy.
You will work under the supervision of a Senior Research Fellow at Diamond, in close collaboration with the Department of Physics at the University of Oxford and other academic partners. The position is research-focused, with an emphasis on scientific excellence and high-profile publications.
About You
You will hold a PhD in physics (or a closely related field), preferably followed by postdoctoral or equivalent experience. You will have worked in a relevant research area and have a strong scientific publication record. A solid knowledge in magnetism and magnetic measurement techniques using synchrotron radiation is essential. Willingness to travel internationally for experiments and collaboration is also required.
You should bring experience and/or knowledge in several of the following areas:
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