This funding call supports ambitious collaborative research and development projects aimed at enabling fault-tolerant quantum computing in Germany and Europe. Published by the German Federal Ministry of Research, Technology and Space (BMFTR), the call is part of the national Quantum Systems research programme and directly contributes to the Hightech Agenda Germany goal of realizing at least two fault-corrected quantum computers at a top European level by 2030. The call focuses on the three currently most advanced quantum computing hardware platforms: neutral atoms, superconductors, and trapped ions.

The funding scheme is structured into two linked modules. Module A funds research and development on quantum computing hardware, including the quantum processor, control systems, and the error-correction layer. Module B can additionally fund the build-up of research and pilot fabrication infrastructure where this is necessary to achieve the technical objectives of Module A. Module B is only possible in connection with a successful Module A proposal. A strong emphasis is placed on consortia coordinated by an industrial company acting as system integrator, with participation from academia and research organisations.

The call is highly mission-driven and outcome-oriented. Projects must demonstrate significant advances toward error-corrected quantum computing by the end of the funding period. Depending on the selected platform, minimum targets include substantial numbers of controllable physical qubits, logical qubits, very low logical two-qubit gate error rates, strict cycle-time requirements for the chosen error-correction code, and proof of error reduction through error-correction operations. In addition, every project must demonstrate a universal logical gate set. The call also encourages the creation or expansion of pilot-scale infrastructure such as laser systems, optical integration equipment, fabrication tools, validation systems, microwave technology, microfabrication capabilities, and vacuum systems, where these are essential for scaling beyond current laboratory limitations.

The programme funds pre-competitive joint projects with partners from industry and science. It aims not only to advance the scientific and technical basis for quantum error correction, but also to establish companies in Germany as future system integrators with internationally competitive intellectual property portfolios. Longer-term goals include preparing the diffusion of results into practical applications, enabling later commercial revenues, and opening new application areas for quantum computing.

Eligible applicants include companies, universities, non-university research institutions, and public-private partnerships, provided they have an establishment in Germany at the time of funding disbursement. Funding is provided as a non-repayable grant for up to five years. For Module A, the maximum funding per collaborative project is 20 million Euro; for Module B, no fixed ceiling is defined. The application process is two-stage, beginning with project outlines and followed by full proposals for shortlisted applicants.

This funding opportunity represents an early draft that has not yet been officially approved by the European Commission. It is expected that details of the calls will change until finalization. The final, approved version is expected to be published by End of 2025. This draft is provided for informational purposes and may be used to preliminarily form consortia and develop project ideas, but it is offered without any guarantee.

Opening: 07.04.2026
Deadline(s): 11.05.2026