We work on an accurate theoretical description of superconducting quantum circuits under inclusion of the underlying microscopic reality, to improve modelling of experimental data and develop new concepts based on topological properties of transport. More

Our research focuses on scalable quantum information processing in atomic, molecular and optical (AMO) systems as well as solid-state platforms. A main focus of our research team lies on quantum error correction and quantum fault tolerance. Mehr

We use quantum principles to design technologies, simulate superconducting circuits, optimize performance, and develop quantum machine learning, paving the way for advances in computing, sensing, and communication. More