Cross-border quantum power: Project ‘UpQuantVal’ strengthens the Upper Rhine innovation region

Quantum science is considered a key discipline for the technological future of Europe, with applications in quantum computing, communication, sensing and materials research. The Upper Rhine region already has excellent research facilities, universities, technology-oriented companies and innovation networks. However, different administrative structures and regulatory frameworks have so far prevented comprehensive, coordinated cooperation across national borders.

This is where UpQuantVal comes in: the project brings together stakeholders from science, industry, education and politics to create synergies and develop joint strategies for research, training, infrastructure and knowledge transfer in the field of quantum technologies. The focus is on:

• Mapping regional research capacities in quantum science
• Establishing a transnational network between research, industry and public institutions
• Developing cross-border training formats to qualify the skilled workers of the future
• Strengthening dialogue between regional and national decision-makers
• Promoting knowledge transfer and innovation processes through joint infrastructures

DFKI: Key role for quantum machine learning (QML)

The German Research Centre for Artificial Intelligence (DFKI) is playing a central role in the project. With its expertise in the field of quantum machine learning (QML), DFKI develops and evaluates methodologically sound QML approaches for concrete, practical applications. DFKI sees itself as a catalyst for the transfer of quantum innovations into real industrial value chains.

This is achieved on the one hand through targeted knowledge transfer in the form of workshops, summer schools and further training formats. On the other hand, work is carried out directly on the practical implementation of quantum-based algorithmsg – for example, for optimisation problems, pattern recognition or intelligent control systems in industry. Close cooperation with partners from science and industry forms the basis for effective technology transfer.

Application-oriented QML research in a European context

‘UpQuantVal is a prime example of how Europe's technological sovereignty in the field of quantum technologies can be achieved through targeted cooperation, practical research and strong transfer partners,’ says Dr. Maximilian Kiefer-Emmanouilidis, DFKI project manager and researcher in the Embedded Intelligence research department. ‘With our work in the field of quantum machine learning, we are helping to ensure that quantum technologies are not just theoretical concepts but are also used in real-world applications – and that Europe is strengthened internationally as a high-tech innovation hub.’
The project is part of current European efforts to establish a sovereign and internationally competitive position in the future field of quantum science. The experience and results of UpQuantVal will therefore also serve as a blueprint for other European regions in the long term.