Integrated Computing Architectures (PGI-4)

Our research focuses on the design and modelling of hybrid quantum computing hardware systems. The overall vision is a universal quantum computer, and we are exploring how to build scalable classical-quantum mechanical systems that strive towards this goal.

Optimized hardware is essential for operating the millions of qubits required for a universal quantum computer. As quantum mechanical and classical hardware properties are interdependent, our holistic approach to designing and optimizing hardware systems is an important element of quantum computing research.

For the classical hardware, we specialize in cryogenic integrated architectures as a key feature for scalability and work primarily with architectures for SiGe spin qubits, but we are also investigating other qubit implementations.

You can find open positions here.

Besides that, we are open for Bachelor and Master students as well as HiWis (student assistants) or if you have an interesting idea for a PhD project. Please don’t hesitate to reach out for more information!