TU Dresden Opens State-of-the-Art Laboratories for Quantum Technology and Human-Computer Interaction

These facilities are intended to advance research into the communication networks of the future and innovations at the intersection of people and technology.

Quantum Communication, Computing, and Sensing Lab: A Holistic Approach to the Quantum World

The quantum lab will focus on the integration of quantum communication, quantum computing, and quantum sensing—an interdisciplinary approach aimed at unlocking new possibilities beyond current network technologies. By combining these fields, TUD researchers aim to develop fundamentally new architectures to push the performance limits of next-generation communication systems. “Our goal is to move beyond isolated quantum applications and instead create integrated systems in which communication, computing, and sensing work together to enable real commercial applications,” says Junior Professor Riccardo Bassoli. “This holistic approach enables us to redefine what future networks like 6G can achieve.”

Quantum technologies offer transformative potential for public networks. While quantum key distribution (QKD) has been one of the most visible applications to date, researchers in the new lab will investigate a significantly broader spectrum of quantum-based methods. These include entanglement-based communication, advanced coding strategies in the spirit of post-Shannon theory, and novel approaches to information processing and sensor technology.

Building on world-leading results achieved at TUD in the field of quantum technologies, the researchers will also investigate how quantum systems can be combined with existing network infrastructure, such as 5G networks. This is expected to set new standards in terms of performance, security, and functionality.

The Holodeck: Experiencing Digital Worlds Together and Without Barriers

At the same time, the Holodeck began operations. The Holodeck is a fully LED-based, immersive space for real-time visualizations. Unlike conventional virtual reality solutions, this environment enables shared experiences without VR headsets. This allows for the analysis of social interactions in a controlled digital world.

The space serves as a testing ground for innovations at the interface between humans and technology. Application scenarios include, for example:

• Interaction in Space: Researchers analyze human behavior in highly immersive scenarios to better understand the interaction between people and their environment.
• Industry of the Future: Whether virtual production or simulation-based design, the Holodeck allows teams to collaborate on complex industrial value chains and test prototypes in virtual space.
• Design of digital decision-making processes: Research is being conducted on the impact of immersive media on our perception and decision-making to define technical requirements for future work environments.

This groundbreaking project was made possible by funding from the Federal Ministry of Research, Technology, and Space, the German Research Foundation, and the State of Saxony. The technological implementation is being carried out in close collaboration with the partner projects Transfer-Hub 6G-life, QUARKS, and the CeTI Cluster of Excellence.