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transport techniques. The project offers ample links to research areas within the Loughborough School of Science, which includes diverse topics of material science such as magnetism, spintronics, and novel 2D
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, materials science, magneto-transport, nanofabrication. International experience is a definite advantage.
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down to the atomic level. This is challenging as, despite the technological importance of the Nd2Fe14B tetragonal phase, the literature on the surface science of this material is very limited. The first
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, multiferroics, and spin liquids) to address current challenges in energy or information technologies. The position is suitable for candidates with academic backgrounds in chemistry, materials science
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together with the Research Unit Head • Guide inter-unit collaboration with the Thin Films Technology group for magnetic thin-film developments • Participate in building up relevant infrastructure in
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communication technologies that can operate at room temperature. In this context, Spin Waves (SW) emerge as promising contenders. They represent collective excitations of electron spins within magnetic materials
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for materials science studies. Funding has recently been secured (United Kingdom Research and Innovation funding for £4.9M) and the instrument is planned to be installed in early 2026. https://gow.epsrc.ukri.org
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on progress, the successful candidate will participate in the spin-pumping characterization of epitaxial compounds together with a Ph.D. student. These will include new materials and interfaces such as
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with the Research Unit Head - Guide inter-unit collaboration with the Thin Films Technology group for magnetic thin-film developments - Participate in building up relevant infrastructure in the cleanroom and the