PhD Student in Real-Space Quantum Geometry

Research Opportunities in Magnetic Thin Films and Nanolithography

Join a dynamic research environment focused on the growth and patterning of magnetic thin films using advanced nanolithography techniques. This role involves performing micromagnetic simulations and investigating patterned films through electron and X-ray imaging techniques as well as electronic transport analysis.

Key Responsibilities

• Grow and pattern magnetic thin films by nanolithography techniques
• Perform micromagnetic simulations
• Investigate patterned films by electron and X-ray imaging techniques as well as electronic transport
• Collect and analyze data, present research at international conferences, and publish results in peer-reviewed scientific journals
• Support the research team and collaborate with colleagues, including during beamtimes at large-scale facilities
• Pursue a PhD with enrollment at ETH Zurich

Required Profile

• Master's degree in Physics, Material Science, or Electronics
• Strong interest in solid-state physics, experimental research, and the development of new methods and instrumentation
• Good written and spoken English skills
• Highly motivated, curious, eager to learn, self-driven, and a team player

Experience with material growth, device fabrication in cleanrooms, magnetic imaging techniques, micromagnetic simulations, and Python is welcome but not essential.

Institutional Benefits

The institution is based on interdisciplinary, innovative, and dynamic collaboration. You will benefit from systematic on-the-job training, personal development possibilities, and a pronounced vocational training culture. Modern employment conditions and on-site infrastructure are available to support the optimal combination of work, family life, and other personal interests.