Embedded Files
The second edition of the European Workshop on Quantum Computing for High-Performance Computing will take place in Pisa (Italy) between 24-26 of august (co-located with Euro-Par 2026 conference)
Quantum Computing offers a disruptive landscape to High-Performance Computing. In the mid-term, the integration of the current classical High-Performance Computers with the quantum computing paradigm is still a research topic, including how to tackle hybrid classical-quantum applications. Nowadays trends point to integrating quantum computers as accelerators ( coined as Quantum Processing Units - QPUs) as GPUs or FPGAs currently are. There are proposals to use adapted classical technologies such as OpenMP, OpenCL, or Cuda Quantum. However, there are still many problems to solve before this integration is effective and smooth. Additionally, the first experiences of parallel quantum computing have been executed during the last few years, and a modular architecture has been proposed by some researchers and vendors.
List of topics:
List of topics:
Quantum Computing offers a disruptive landscape to High-Performance Computing. In the mid-term, Quantum Processing Units (QPUs) could be integrated into High-Performance Computing (HPC) facilities as GPUs or FPGAs currently are. There are still many problems to solve before this integration is effective and smooth. This workshop intends to showcase contributions on topics such as:
1. Quantum-Classical Computing Software Interfaces.
2. Integration of Quantum Computing into HPC facilities.
3. Quantum Machine Learning.
4. QC Applications.
5. QC Benchmarking.
6. Parallel Quantum Computing
7. Classical simulators of Parallel Quantum Computing.
8. Quantum Optimisation
9. Quantum Error Correction
10. Hardware for Distributed Quantum Computing. Quantum Networks.
Page updated
Google Sites
Report abuse