Open Positions

The interplay of magnetism and superconductivity offers a vast variety of interesting phenomena. At the atomic scale, it results in magnetic bound states, called Yu-Shiba-Rusinov states, which are protected by the superconducting gap. The static properties of these bound states have been extensively studied over the last decade, as they can serve as building blocks for topological superconductivity. By contrast, the dynamics of these states and their coherent control remain largely unexplored. During your PhD, you will combine scanning tunneling spectroscopy with state-of-the-art techniques – such as electron spin resonance, pump-probe, and stochastic resonance spectroscopy – to delve into this field. Using a bottom-up approach, you will investigate the key mechanisms that determine the quasi-particle lifetimes and establish coherent control over them.

The project is funded by the  Center for Quantum Photonics of the Carl Zeiss Foundation and set up in collaboration with the universities of Ulm and Jena. By joining the project, you will benefit from the dynamic and collaborative initiatives that the QPhoton Center promotes and be part of the large community funded by the Carl Zeiss Foundation which aims at creating an open environment for scientific breakthrough.

If you are interested in the project and want to learn more details, contact us!