About Hamburg Quantumcomputing

The Hamburg Quantum Computing project aims to develop and utilize quantum computing technologies through an interdisciplinary approach, integrating quantum physics, microsystems technology, high-frequency technology, and computer science. Our goal is to establish an ecosystem in Hamburg that supports both the development and manufacturing of quantum computers and the expertise to use them effectively. This effort combines the University of Hamburg's knowledge in quantum computer concepts based on freely programmable atom traps with the engineering strengths of the Hamburg University of Technology.

This project, part of a regional promotion, seeks to expand quantum computing technology through collaboration between Hamburg's universities (UHH and TUHH) and local industry. Key elements include research, training of highly qualified leaders, networking among key players, and creating a "Quantum Computing Ecosystem" in Hamburg. These efforts are complemented by enhancing relevant infrastructure and communicating the importance of quantum computing to society.
Quantum computers are recognized globally as a crucial technology for solving increasingly complex problems in our information-driven society. Despite existing deployable quantum bit (qubit) networks, major companies have not yet solved real-world problems with these systems. Hamburg, through the Center for Optical Quantum Technologies (ZOQ) at UHH, is uniquely positioned to develop "next-generation" quantum computers using ultra-cold atomic systems. These efforts are complemented by enhancing relevant infrastructure and communicating the importance of quantum computing to society.

The Hamburg Quantum Computing project will train specialists and leaders through joint research projects between UHH and TUHH. A key component will be an industry phase of six to twelve months in a company dedicated to quantum computing, supported by relevant hardware and software procurement and training modules on startup formation. The program will include intensive public relations and targeted communication of this future technology to the population, industry, and politics in Hamburg.