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- on sensory data processing and neuromorphic hardware is one of the most promising routes for AI applications. The project goal is to demonstrate that interconnected nanoscale skyrmionic-based systems are a
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for all aspects of the research activity: fabrication and characterization of the devices, data analysis and write up of manuscripts. The work will be carried out in a welcoming and supportive research
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topological insulators, Rashba interfaces, and other quantum materials. For more information, see the pdf file. Applications are made through the CNRS website indicated there.
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and collaborative research projects, duties to include: modelling of ferrimagnetic materials and interpretation of research data; use of appropriate research techniques and methods; writing up
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individual and collaborative research projects, duties to include: thin film and junction analysis and interpretation of research data; use of appropriate research techniques and methods; writing up
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microstructure with novel synchrotron-based 3D imaging techniques, which will give key information for enhancing their efficiency and performance. We are particularly keen to explore phase transitions in magnetic
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no electrical losses take place. This is the key advantage of using magnons as information carriers in devices. Prior research has centered around magnons with energies in the GHz range. However, another class of
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. University of Bielefeld (DE). • DC8 On-chip microrefrigeration with molecule-based magnetic refrigerants. Italian National Research Council (IT). For further information visit https://molcal.eu, and download
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research lines spanning from nanofabrication to 2D electronics and spintronics. More information can be found here. The candidate will work on an international collaborative project entitled “FEINMAN 2.0