Company intelligence
QDNL
Powering Dutch Quantum
Computer Hardware Manufacturing
Delft, NL
53 employees
7 public signals
About QDNL
The Netherlands is a vibrant international hotspot for quantum technology, with leading science, technology and talent. With QDNL, we are creating a fully functional national ecosystem for excellence in quantum innovation, for highly talented professionals to bring quantum computers, quantum networks and quantum sensors to the market.
Verified activity
Signals from QDNL
7 published signals
Presence & Recognition
QDNL Amsterdam will host a session titled The Next Computational Toolkit: Quantum Computing for Chemistry, Pharma and Material Science at World Summit AI Week on 6 October 3pm-6pm at the Amsterdam Centre in Oudebrugsteeg 9, Amsterdam.
Reported by QDNL
Presence & Recognition
QDNL hosted the QDiamond workshop in June 2026 at the Oegstgeest location, bringing together 28 leading international scientists in Oegstgeest to exchange ideas and research on diamond-based quantum technologies.
Reported by QDNL
Presence & Recognition
QDNL employee Géraldine Quetin presented the France-Netherlands trajectory in quantum and DeepTech at the Expertise France International Technical Experts Day in Paris at INSP.
Reported by Géraldine Quetin
Presence & Recognition
QDNL employee Géraldine Quetin attended 3 days at the heart of C12 labs and the Laboratoire Kastler Brossel - LKB in Paris for the QuantumFranceExcellence scholarship programme.
Reported by Géraldine Quetin
Partnerships
QDNL signed MoUs with Quobly, Orange Quantum Systems, Equal1 and TNO to deepen the France–Netherlands quantum partnership.
Reported by QDNL
Partnerships
QDNL hosted French President Emmanuel Macron and Dutch Prime Minister Rob Jetten for a visit to the ecosystem in Eindhoven.
Reported by QDNL
Research & Knowledge
QDNL published a cover article for the most recent edition of AIP Advances by the Neutral Atom Kat-1 Collaboration from Eindhoven University of Technology and UvA, detailing a new apparatus for trapping ultra-cold strontium atoms in a 5x5 grid of optical tweezers.
Reported by QDNL