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magnetic materials research and development essential for energy, communication, and information technologies, and in particular support the green deal, i.e. the green transition, with the ultimate goal
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capacity, transport, etc.), and contributing to experiments at large-scale facilities. Position 2: “Optimizing the functionality of Fe2P compounds through microstructural control” The primary objective
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spanning from nanofabrication to 2D electronics and spin transport. More information can be found at http://nanodevices.nanogune.eu The research topic encompasses the interplay between electron and spin
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company to design experiments and establish a strategy to reach target goals; • Collect and analyse data to characterise single sensors and the full solution; • Participate in the development and
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lines spanning from nanofabrication to 2D electronics and spin transport. More information can be found at http://nanodevices.nanogune.eu The research topic encompasses a new direction in the field
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spintronics, magnetic data storage, nano-technology applications, numerical modelling and simulation. The group are active members of the National Graphene Institute (NGI), the Royce institute for advanced
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Engineering and Spintronic Technologies (NEST) group. The NEST group is a vibrant community of interdisciplinary researchers working on a variety of topics including spintronics, magnetic data storage, nano
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project and help drive its continued progress. Follow the announcement for more information.
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magnetic medium, no electrical charge transport is involved and hence no electrical losses take place. This is one of the key advantages of using magnons as information carriers in devices. We aim to explore
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listed below: Technical skills: You will receive a solid training in quantum sensing, optics, radio-frequency engineering, magnetism, cryogenics, data analysis and programming. Academic communication