In April 2024, I participated in Quantum Effects in Stuttgart as part of the research project Quantum Open Innovation, conducted by Fraunhofer IAO. In my role as a student research assistant, I was actively involved in supporting and co-hosting three exhibition stands that aimed to make quantum technology more accessible through design.
One of the key installations was the Quantum Wheel – an interactive exhibit designed to spark conversations about potential application fields for NV-based quantum sensors. Visitors were invited to explore where quantum sensing could provide value, particularly in future-oriented industrial scenarios.
Design plays a crucial role in translating the abstract complexity of quantum technologies into human-centered, understandable applications.
The event offered valuable interdisciplinary insights: I engaged in conversations with quantum physicists, sales managers, and engineers, discussing both current challenges and emerging opportunities. Among the most fascinating developments were:
Attending the fair provided a rare opportunity to step into a technology-driven environment from a design perspective. It reinforced the importance of connecting human-centered design with emerging deep tech – and many of the insights I gathered at Quantum Effects directly influenced the final phase of my master’s thesis.
