Research
Research Scope and Projects
Our main research fits within the programming paradigm of modular supercomputing. The group’s focus is on using quantum computers as modular resources. This encompasses different types of quantum computers, i.e., we work with both gate-based quantum computers and quantum annealers. We also prioritize the development of hybrid and non-hybrid algorithms, the scheduling of disaggregated resources, and the integration of quantum computers in HPC clusters for performing hybrid quantum-HPC calculations.
Research Topics
- Integration of non-von-Neumann architectures such as quantum computers into modular supercomputing systems
- Design, Porting, Benchmarking and Practical Use of Quantum Algorithms
- Hybrid HPC-Quantum-Computing Algorithms
- Modular and Automated Monitoring/Analysis of System Utilization and Workload Behavior in HPC systems
