Post-doc : Spin-charge and orbit-charge conversion at Rashba interfaces (M/F)
Core
Investigate spin-to-charge and orbital-to-charge conversion in Rashba heterostructures to develop 2DEG-based systems for efficient charge current generation.
Role type
Post-doctoral researcher (spintronics/quantum materials)
Builds
Fundamental understanding of conversion phenomena in oxide materials and 2DEG-based systems
Domain
Physics (Solid state physics, Surface physics), Spintronics, Quantum materials
Deliverable
Research
Required skills
Magnetism and spintronics background, Ferromagnetic resonance (FMR) and magnetization dynamics, Thin-film growth by magnetron sputtering, Optical and/or electron-beam lithography, Scientific data analysis and modelling
Preferred skills
Python or LabVIEW programming
Technologies
Magnetron sputtering, UV photolithography, FMR, Spin-pumping
Responsibilities
Investigate spin-to-charge and orbital-to-charge conversion mechanisms, Develop 2DEG-based systems, Quantify conversion efficiency, Grow heterostructures, Perform magnetic and magnetotransport characterization, Fabricate devices, Conduct FMR and spin-pumping experiments, Analyze experimental data and model results
Seniority
Post-doctoral researcher (1-4 years post-PhD)
