Dresden leads the globe as the center for solid-state physics research.

In the heart of Germany, Dresden is making waves in the world of quantum technology. The Economic Development Agency of Dresden has launched the "Dresden Ambassadors" video series, offering viewers a glimpse into this fascinating realm, including a peek inside the innovative "Cat Q" Escape Room.

This unique Escape Room, developed by ct.qmat and award-winning game designer Philipp Stollenmayer, is designed for children and youth. It features 17 puzzles inspired by the quantum world, and the voice-over is provided by comedian Olaf Schubert.

The "Cat Q" Escape Room is more than just a game; it's an educational tool that introduces complex quantum physics concepts in an engaging and interactive way. Stollenmayer, working alongside ct.qmat, is also involved in the development of the game "KatzeQ – Ein Quanten-Adventure," as part of a project connected with educational media and apps.

Dresden's unique science mascot, Cat Q, serves as the main character in the first Escape Room about quantum physics for children and youth in Germany. Cat Q is not just a mascot; it's a symbol of Dresden's commitment to science communication.

Behind the scenes, the research collaboration in Dresden and Würzburg involves over 300 scientists. Their work is focused on developing quantum materials for potential electricity transmission without loss and vast information storage. This research often takes place under extreme conditions such as ultra-low temperatures, high pressure, or strong magnetic fields.

One of the key players in this research is Vojta, who is researching within the Excellence Cluster "ct.qmat - Complexity and Topology in Quantum Materials." Recently, ct.qmat made headlines when they applied for 70 million euros in new funding.

The research cluster "ct.qmat - Complexity and Topology in Quantum Materials" is based in Dresden, a city recognised as the world capital of solid-state physics. The research in Dresden is pushing boundaries, with ct.qmat having succeeded in developing a laser network as small as a grain of sand.

If made practical for everyday use, these materials could form the basis for revolutionary technological applications. The goal of this research is to develop quantum materials that could potentially transmit electricity without loss and store vast amounts of information.

The "Dresden Ambassadors" video series and the "Cat Q" Escape Room are just a few examples of how Dresden is making quantum technology accessible and exciting for everyone. As the city continues to push the boundaries of what's possible, we can look forward to more innovations in the world of quantum technology.