Quantum Foundry

Quantum manufacturing is a key pillar for technology sovereignty in Saxony, Germany, and across Europe. Beyond software and algorithms, the ability to develop proprietary technologies for industrial-scale quantum computer fabrication is crucial for the region’s technological future. Fraunhofer IPMS leverages its expertise in micro- and nanotechnologies, semiconductor processes, and assembly and interconnect technologies to establish the foundation for scalable quantum computers.

Research and Development for Industrial Quantum Hardware

At Fraunhofer IPMS, the focus lies on qubit fabrication, integration of control and readout systems, and materials and process development. Complemented by cryogenics, precise metrology, and modular system architectures, this approach implements the “from lab to fab” concept — bridging the gap between laboratory research and industrial quantum production.

Holistic Quantum Manufacturing for Scalable Platforms

By combining fundamental research, technology development, and manufacturing processes, a comprehensive quantum manufacturing ecosystem is created: from materials development and process integration to system testing under cryogenic conditions. This enables scalable quantum computers with error correction, built on existing microelectronics processes and ready for industrial applications.

Strengthening Europe’s Quantum Competence

With expertise in micro- and nanotechnologies, semiconductor fabrication, and assembly and interconnect technology, Fraunhofer IPMS significantly contributes to the European quantum infrastructure. The “from lab to fab” approach strengthens Saxony’s position as a leading hub for research and industrial quantum computing.