Quantum computers, qubits, cryptography, quantum communication… Quantum technologies are on the brink of potential breakthroughs that could profoundly impact society as a whole. Given the critical issues of sovereignty and economic competitiveness, these advances have led to intense global competition involving numerous governments and industry leaders.
In response, the French government launched a National Acceleration Strategy for Quantum Technologies in January 2021. This initiative includes the Quantum National Research Program (PEPR Quantum), part of the France 2030 investment plan, with a dedicated budget of €150 million. As the upstream component of the national strategy, the PEPR Quantum is designed to support academic research across the entire innovation chain—from fundamental research to proof-of-concept demonstrations. Co-led by CEA, CNRS, and Inria, the program ensures continuity from groundbreaking ideas to real-world deployment of quantum technologies. The program focuses on four key areas: Solid-state qubits for quantum computing, cold-atom qubits for computing and sensing, quantum algorithms, and quantum communication.
The Quantum National Research Program (PEPR Quantum) was launched on March 4, 2022. At the same time, the program’s 10 targeted projects were announced.
The first edition of On board to Synergy took place on July 4, 2023 via videoconference. It was an opportunity for the 10 targeted projects and two EquipEx+ to present themselves and discover their work.
On March 14, 2024, the C2N hosted the second edition of On board to Synergy. The event featured a number of round-table discussions on issues common to all the projects.
In 2024, 8 new projects were selected as part of the PEPR Quantum call for projects. This call for projects sought to integrate themes complementary to quantum technologies within the program.
The two-year Program review was held on September 27, 2024 in front of the CSTP, in the presence of the SGPI, the DGE, the Ministry of Higher Education and Research and the ANR.