Germany’s QSolid project is led by the Jülich Research Center and includes 25 German institutions. It is funded by the Federal Ministry of Education and Research (BMBF), which has provided 90% of the funding to launch Germany’s first superconducting quantum computer prototype. This initial 10-qubit system aims to facilitate complex calculations for applications in science and industry. The project, with a budget of €76.3 million ($83 million USD), unites 25 institutions across Germany and aligns with the national goal of advancing technological sovereignty in quantum research.
Designed for precision, the 10-qubit prototype features low error rates, a custom software stack, and will be accessible via JUNIQ, Jülich’s cloud-based interface, allowing remote use for research and industrial applications. Plans are underway to expand this capacity to a 30-qubit system by 2026.
The project will gradually integrate the quantum prototype with Jülich’s supercomputing infrastructure, setting the stage for hybrid quantum-HPC systems capable of tackling highly complex calculations. Early integration has already begun, with future expansions expected to enhance Germany’s high-performance computing landscape.
The QSolid prototype serves as a stepping stone toward scalable quantum technology in Germany, supporting ongoing efforts in fields such as materials research and medical technology. For additional information, you can access the original press release (in German) here.
November 14, 2024
