Post by DESY

40,306 followers

On World Quantum Day (April 14th), DESY and Hamburg Quantum Innovation Capital (hqic) highlighted how rapidly Hamburg is evolving into a leading hub for quantum technologies in Europe. Experts from science, industry, and government came together to explore the latest developments in quantum research and innovation. Two keynote talks framed the discussion: Arik Willner, CEO of Impossible Founders addressed the role of quantum technologies as a driver for deep tech startups, while Alexandra-Gwyn Paetz, Head of the Department of Technological Sovereignty and Innovation at the German Ministry for Science, technology and Space shared insights into Germany’s high-tech agenda and the strategic importance of quantum technologies. A key highlight was the presentation of the 50-qubit quantum computer XAPHIRO, developed by QUDORA Technologies and NXP Semiconductors for DLR Quantum Computing Initiative. Located on the DESY campus, XAPHIRO demonstrates how strong partnerships between research, startups, and industry can accelerate the path from innovation to application. Hamburg’s quantum ecosystem continues to gain momentum. With more than 50 stakeholders working across over 80 projects, the city brings together expertise in quantum computing, sensing, and materials research. Melanie Leonhard, Hamburg's Senator for Economic Affairs and Innovation points out: “In Hamburg, the future isn’t just created on paper, but in relevant applications. In an astonishingly short time we managed to build a quantum ecosystem that brings together cutting-edge research and industrial practice in strong partnerships. This year’s event at the World Quantum Day shows: Hamburg is actively shaping the next technological revolution. The XAPHIRO quantum computer, which is being built on the DESY campus in the heart of the Science City Hamburg Bahrenfeld, is one example for application of quantum technology." And of course, many thanks to presenters and participants who gave a picture of initiatives, projects and research in Quantum computing, technologies and materials.

Post contentPost contentPost contentPost contentPost content