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of computational magnetism. The project aims at identifying and interpreting novel phenomena in nanoscale magnetic systems, particularly in non-collinear spin structures and magnet-superconductor hybrid systems
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-edge devices. The proposed research project will be at the edge between material science, physics, and engineering, combining high frequency dynamics with new computing paradigms such as Ising Machines
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-polluting materials for spintronic devices that reduce the energy consumption of AI and big-data computing. The successful candidate will optimize e-beam lithography processes to fabricate nanodevices, adapt
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permanent magnet. You will use our state-of-the-art open source micromagnetic model MagTense to perform this modeling work. You will research determining the ideal microstructure, for example grain size
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Presentation Scope All schools History News 2026 School Introduction Registration Program Recordings Committees Sponsors Contacts Repository Lectures by topic Lectures by author Search lectures 2025 2024 2023
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and high magnetic fields. The research will culminate in neutron scattering, ultra-high-field, and muon spin rotation studies at state of the art large-scale user facilities in Switzerland, France
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. The LEAPS ULTRAFAST network announces the launch of the first call for applications for its prestigious ULTRAFAST postdoctoral program. This postdoctoral fellowship programme is co-funded by
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ferromagnetic resonance (SP-FMR). The samples will be patterned to perform broadband FMR with coplanar waveguides and measure the transverse charge current produced at resonance. Systematic measurements, e.g. as
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responsibilities as a team member will include: • Sample Fabrication: Participate in cleanroom lithography processes and optimize deposition and patterning protocols. • Advanced Characterization: Perform
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significant part of the work will involve the operation of the institute’s characterization infrastructure. The Post-Doc will take part in the general physicochemical and advanced magnetic characterisation