Innovation Center
Ulm
A uniquely diverse ecosystem for quantum computing
There are many ways to implement qubits technically – and it is not yet clear which, or rather which, approaches will prevail. At our Ulm Innovation Centre, we are therefore focusing on technological diversity in the development of hardware and enabling technologies and a rich ecosystem for application development.
Nevertheless, we have one focus: spin-based systems, around which we have created an ecosystem of manufacturers, suppliers and users. At the Ulm Innovation Centre, we not only develop quantum computers based on NV centres, but also produce the necessary qubit diamonds, processes for the surface treatment of these diamonds and the necessary characterisation systems – and right next door at the DLR Institutes of Quantum Technologies and AI Security and at the nearby DLR site in Oberpfaffenhofen, application teams are preparing for these systems.
Our footprint
11
Hardware projects from start-ups, industry and DLR research
8
Industry partner for hardware, software and applications
2,700 m²
Infrastructures for our industrial partners and research projects
480 m²
Clean room co-utilisation at the Uni Ulm, of which 400 m² ISO 5 + 80 m² AVT ISO 6
Fab
100 & 150 mm process chain for Si – III/V – diamond, including process chain for E-Beam – ALD – ALE
Our footprint
11
Hardware projects from start-ups, industry and DLR research
8
Industry partner for hardware, software and applications
2,700 m²
Infrastructures for our industrial partners and research projects
480 m²
Clean room co-utilisation, of which 400 m² ISO 5 + 80 m² AVT ISO 6
Fab
100 & 150 mm process chain for Si – III/V – diamond, including process chain for E-Beam – ALD – ALE
Hardware projects
Industry partners
News
Wave Cube Innovations supports QCOptSens in the further development of optical sensor systems
We put out a call for tenders to find support for our QCOptSens | Instrument Design sensor project. Wave Cube Innovations has…
DLR QCI puts REDAC prototype into operation
Our analogue computer project REDAC has reached an important milestone towards an analogue mainframe computer: together with Anabrid, we have successfully put…
Pixel Photonics supplies innovative photon detectors for QuiX Quantum
Powerful photonic quantum computers require many very high-quality single-photon detectors. Detectors that are currently commercially available are only suitable to a limited…
