Research, to find potential innovative solutions

Research, to find potential innovative solutions

As Quantum Delta NL we see that quantum technology is a rapidly emerging field with enormous potential for disruption and innovation. And at the heart of innovation lies research to potential solutions. With the three programmes of QDNL, all with their own focus on a key frontier of quantum technology, we enable researchers, entrepreneurs, and industry leaders to collaborate effectively and drive real-world breakthroughs.  

With a focus on daring, innovative research and a drive to make quantum technology that is practical for use in the real world, these projects hold great promise in the development of new quantum technologies and accelerating innovation. Innovation requires inclusion and QDNL actively encourages young talent and women to apply to these calls. 
Because quantum is inherently multidisciplinary and its impacts will be felt society-wide, QDNL has placed a special emphasis on engaging with researchers from a variety of fields, including the humanities.

The research projects cover quantum computing, quantum networking, quantum sensing, quantum simulation, and quantum algorithms. Many of which are connected to Europe-wide projects.

As a result of these efforts, the Netherlands is positioned to remain at the forefront of quantum research and development for years to come and to continue making valuable contributions to the wider global community.

Research call

Helping researchers ignite the quantum revolution

To solidify and strengthen the basis of our Programmes, Quantum Delta NL issues yearly ‘thematic’ open calls where all Dutch quantum researchers can apply.

Young talent is stimulated to apply and multidisciplinary collaboration with humanities is encouraged.

View open call at NWO

Get in touch with

Servaas Kokkelmanss.kokkelmans@tue.nl

We collect stories from extraordinary people within the Quantum community, don't miss out on these.

Subscribe to stay in the loop
©2023 QDNL. All rights reserved.