The Netherlands, like the rest of Europe, aims to become a global frontrunner in quantum technology and photonics. But true leadership requires more than cutting-edge research—it demands real-world applications. That’s where universities of applied sciences (hogescholen) are stepping in to bridge the gap between lab and society.

From Breakthroughs to Solutions

During a recent symposium on nanotech, quantum and photonics at the Amsterdam University of Applied Sciences, Jetske Verkerk (Ministry of Economic Affairs and Climate) stressed: “We need more than fundamental research. Companies are asking for applied innovation and talent that’s ready to deliver from day one. That’s where universities of applied sciences are essential.”

First Applications Taking Shape

From sensors that detect plant diseases to photonic chips that analyse medical samples, Dutch students and researchers are already working on early-stage solutions using quantum and photonics. These projects are developed in collaboration with startups, technical universities and vocational institutes—supported by national innovation programs such as Quantum Delta NL and PhotonDelta.

Strategic Priority for the EU and NL

Quantum and photonics have been marked as key technologies in the Dutch National Technology Strategy, and heavily supported at the EU level through Horizon Europe. With strong public-private partnerships and an active role for the applied sciences sector, the Netherlands is in a strong position to lead.

Why It Matters

“This is a societal shift on par with the rise of the mobile phone,” Verkerk said. “We are on the brink of something transformative.” Applied universities ensure these innovations don’t remain stuck in the lab, but actually reach businesses, professionals and society at large.