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are associated with uncertain supply chains, pollution due to mining, and geopolitical issues. Therefore, research on alternative rare-earth free magnets is a top priority and paramount for green and sustainable
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modeling of electrically induced magnetization dynamics in spintronic elements. Various computer programs, like first-principles methods (DFT and TDDFT), simulations of out-of-equilibrium dynamics and
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involved in instrumentation projects to improve the sensitivity of magnetization measurements in high pulsed magnetic fields. He/she will take in charge the preparation of the experiments and the data
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in nanostructures. Further information about the group can be found at https://sites.udel.edu/mbj/. With a state-of-the-art nanofabrication facility and a strong community in spintronics, photonics
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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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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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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