Applications from highly motivated and enthusiastic students/researchers with an excellent academic/scientific record are welcome. Ph.D. applicants should have completed a Master's thesis in physics, preferably in superconducting circuits, quantum optics, atomic physics, or a related field. Post-doc applicants should have a well-established record of scientific research and strong leadership skills. Women are particularly encouraged to apply.
For Ph.D. and Master Students we offer education in
- Superconductivity & superconducting circuits
- Micro & Nano fabrication in a cleanroom
- Microwave engineering
- Quantum-optics, Quantum-simulation and Quantum-information
- Low-temperature physics
- Presentation of scientific results in peer reviewed journals and conferences
- Computer based experiment control and data manipulation
We expect
- Enjoy doing experimental research
- Basic knowledge of Quantum Physics
- willingness to work hard in the lab
- Teamwork
PhD and Master projects
- Design the hardware and software for the experimental control
- HFSS simulation of microwave structures
- Fabrication of superconducting devices
- Design and test of superconducting circuits
- Set up of cleanroom facilities for fabricating superconducting devices
- Design of magnetic field coils for a fast magnetic field switching
PostDoc applications
containing CV, publication list, past research achievements, brief motivation letter including future research plans and contact details of at least three potential referees - should be submitted electronically to
PhD applications
containing CV, publications (if available), grades from university studies, motivation letter and contact details of at least one potential referee - should be submitted electronically to
Master Student applications
containing CV, grades from university studies and a short motivation letter should be submitted electronically to