We are delighted to announce two new releases of the QCI Connect SDK: v0.11.0 (8 September 2026) and v0.12.0 (8 October 2026). As well as the upgrade to API v6, the two releases provide access to APUs, IQM…
We are delighted to announce the release of the new version, v0.10.0, of the QCI Connect SDK, designed to offer both quantum experts and beginners an even more powerful and flexible development environment. With this release, we are…
Just like the motherboard in a computer, the Hamburg Innovation Centre (IZHH) acts as a central hub connecting all the other stakeholders. The entire value chain, from the development to the operation of quantum computers, is represented here:…
We develop algorithms that enable complex calculations for industry and research. This allows for greater precision in a range of simulations, from battery storage to weather and climate simulations. The aerospace, energy and financial sectors all benefit from…
Gain an insight into the latest findings from the QML project QLearning. Find out which hybrid and quantum-based agents can be used for reinforcement learning. Exchange ideas with participants from other DLR QCI projects. All this will be…
“We set out to build more than just another cleanroom.” – Jakob Buchheim of DLR QT-IMN about building a user facility for highly specialised deep-tech start-ups at our Innovation Centre in Hamburg.
There’s plenty of action in the laboratory, even on the smallest scale: the QSea II project has demonstrated, for the first time, the controlled movement of a charged particle. As can be seen in the video, the QSea…
We’ve grown! At our new Technikum 6 at the Ulm Innovation Centre, start-ups can now work on quantum technologies in over a dozen brand-new laboratories. Kathrin Höppner has been overseeing the development of the Ulm Innovation Centre as…
On 19 November 2026, interested parties from academia and industry will have the opportunity to expand their expertise on the potential of quantum processors for reinforcement learning: the workshop of the same name, ‘Quantum Processors for Reinforcement Learning’,…
Jakob Buchheim has been fascinated with working in cleanrooms for a decade before he took on his biggest challenge: Building a user facility for highly skilled deep tech start-ups at our Innovation Center Hamburg. Jakob, let‘s start with…
High-performance batteries are essential for electric mobility, the stabilisation of electricity grids and many other applications of electrification. Lithium-ion batteries are widely used today, but the batteries of the future must be more powerful, age more slowly and…
Typically, climate models cannot depict all processes in the atmosphere: How clouds form has so far been modelled using simple, but sometimes error-prone models. Climate QML utilises quantum machine learning methods to improve and accelerate such representations. By…
It is a complete product and not an improved sub-process that the ALQU project team presents together with HQS in a new paper: “Quantum Simulation of Magnetic Materials: from Ab-Initio to NISQ” shows how all work steps were…
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DLR Quantum Computing Initiative
Innovationszentrum Hamburg
Beiersdorfstraße 12
22529 Hamburg
DLR Quantum Computing Initiative
Innovationszentrum Ulm
Wilhelm-Runge-Straße 10
89081 Ulm
