Professor J. Daniel Prades combines research with inventive spirit and makes the measurable visible: his sensors not only collect data, but also make it glow with microscopically small diodes. With the Cluster of Excellence QuantumFrontiers and as co-founder of Quantum Valley Lower Saxony, the Technische Universität Braunschweig is a leading location for nano and quantum technology and the ideal place for Professor J. Daniel Prades to advance his world-class research.
"The reasons why I moved to Braunschweig are the expertise and facilities we have here. What makes a big difference compared to other places I have worked is the amount of support we have as researchers."
As Alexander von Humboldt professor at the TU Braunschweig, he is providing new impetus for the region's strong research into nano and quantum sensors. He works with his team on an interdisciplinary basis to develop sensors that not only measure data but also evaluate its accuracy. In the age of the Internet of Things, smartwatches, and smartphones huge amounts of data are being generated. The accuracy and reliability of this data are crucial for industry, healthcare, and environmental monitoring. Prades therefore relies on sensors that not only provide measurement results but also quality seals. This future technology is based on tiny photonic and electronic components such as micro-LEDs.
“What I like about working in a team is getting a fresh perspective on how the next generation sees the world. There are so many things popping up around us, artificial intelligence, quantum technology, new kinds of microelectronics. For me, it's not clear how this will impact the future of people, but what I'm sure of is that the next generation will find a way.”
Five years ago, Professor J. Daniel Prades launched a project with the idea of creating a microscopic LED grid. After a successful proof-of-concept phase, he and his team expanded the technology to various applications such as medical diagnostics and robotics. The cost-effective, energy-efficient micro-LEDs will enable an environment with ubiquitous sensors in the future. Applications such as gas sensors in smart homes or real-time measurements of air quality have, thus, become realistic. By combining research, technology transfer, and international collaboration, Professor J. Daniel Prades is setting new standards in nano and quantum research in Braunschweig.
Professor J. Daniel Prades' research approaches combine innovation and applicability. At the Nitride Technology Center (NTC) at the TU Braunschweig, he has access to state-of-the-art infrastructure. Here, prototypes are manufactured and further developed for technology transfer with industry partners. His active role as an innovation ambassador promotes the bridge between Lower Saxony, Catalonia, and the rest of the world. With his inventive spirit and passion for the smallest particles, he motivates his employees and young researchers to shape the future in a networked world in which reliable nano and quantum sensors optimize decision-making processes in all areas of life.
