The European Union has announced a significant investment to advance superconducting quantum technology, with member states of the SUPREME consortium contributing an additional €25 million. This funding aims to industrialize quantum technology and enhance access for both industry and academic institutions. The program is set to kick off in early 2026 and will unfold over a span of three and a half years.
Key Objectives and Milestones
A major milestone for the SUPREME initiative will be the fabrication and demonstration of a 3D-integrated qubit module containing 200 qubits. This module is expected to showcase enhanced stability, higher yield, and improved reproducibility in the critical processes involved in manufacturing superconducting quantum chips. The initiative will develop various quantum processes, including angle-evaporated junctions, etched junctions, 3D integration, and hybrid processes, all aimed at applications in quantum computing, quantum sensing, and quantum communication.
The program’s objectives include achieving a technology readiness level of TRL 6 and a manufacturing readiness level of MRL 6. These benchmarks are crucial for ensuring that the developed technologies can be effectively integrated within existing industrial frameworks.
Access and Collaboration Opportunities
To facilitate the adoption of these advanced technologies, SUPREME will provide access to its fabrication processes through piloting services. This initiative will allow companies to engage in pilot runs and shared wafer runs, enabling them to design and develop their own quantum devices and systems. The consortium plans to offer Process Design Kits (PDKs) to further support companies in utilizing the new technologies.
This collaboration represents a significant step forward in the EU’s commitment to fostering innovation in quantum technology, positioning the consortium as a leader in this rapidly evolving field. As the world increasingly recognizes the potential of quantum technologies, initiatives like SUPREME play a vital role in bridging the gap between research and practical application.
