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techniques have been demonstrated to enable spin-wave imaging with spatial resolution down to 50 nm with excellent signal to noise ratio. The PhD/postdoc will focus on investigating unexplored spin-wave
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. The position is for at least 12 months, starting at the earliest opportunity. Applicants should hold a PhD or equivalent in Materials Science or Physics. Experience in some of the following areas would be highly
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of the circular polarization by modulating electrically the spin-injection direction remains still a challenging issue.The goal of this PhD thesis is to study the electrical control of spin injection in a spin
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group website for more information about equipment, research and publications: https://qpl.eps.hw.ac.uk/ Details about PhD studentships: https://www.hw.ac.uk/uk/schools/engineering-physical-sciences
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determine ideal nano-composites for permanent magnets. In collaboration with Aarhus University, you will get to validate your modelling results against experiments. You will also get to supervise a PhD
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. • Strong organizational skills, project management capabilities, and team spirit. • Flexibility and proactivity in a startup environment. Education • PhD (preferred) in physics, materials science
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understanding of the switching mechanisms at the molecular level. This opens up unique opportunities in a highly interdisciplinary research environment. The central task of the PhD candidate in this project is
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pulsing. The position is funded by the DFG and is suitable for either a PhD or a Postdoc, depending on qualifications. You will build on recent observations of local magnetic property changes caused by
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/heat transport Your profile You have a PhD in physics with solid knowledge of condensed matter physics, quantum mechanics, and magnetism. You have interest in a wide range of physics and experimental