The European Union has announced an investment of an additional €25 million to support the SUPREME consortium in its efforts to advance superconducting quantum technology. The initiative aims to industrialize these advanced technologies and enhance accessibility for both industry and academia. The first phase of the project is set to begin in early 2026 and will last for three and a half years.
During this initial phase, the SUPREME consortium will focus on the fabrication and demonstration of a 3D-integrated qubit module that will house 200 qubits. This milestone is expected to showcase significant improvements in stability, yield, and reproducibility of the key fabrication processes required for superconducting quantum chips. By developing these processes, SUPREME aims to contribute to advancements in quantum computing, quantum sensing, and quantum communication.
Key Developments in Quantum Processes
The consortium will explore various quantum processes including angle-evaporated junctions, etched junctions, 3D integration, and hybrid processes. The goal is to reach a technology readiness level (TRL) of 6 and a manufacturing readiness level (MRL) of 6. Achieving these levels will ensure that the developed technologies can be effectively transitioned to commercial applications.
To facilitate collaboration with industry, SUPREME plans to provide its fabrication processes through piloting services. Companies will have the opportunity to access these technologies via Process Design Kits (PDKs), pilot runs, and shared wafer runs. This approach will enable businesses to design and develop their own bespoke quantum devices and systems, fostering innovation in the field.
The initiative underscores the European Union’s commitment to leading in the rapidly evolving domain of quantum technology. By investing in these critical advancements, the EU aims to strengthen its position in the global quantum landscape, supporting both economic growth and technological leadership. As the project progresses, the outcomes will not only benefit the consortium members but also the broader scientific and industrial communities engaged in quantum research and development.
