Quantum labs (Qlabs)

Quantum labs (Qlabs) are regional education hubs dedicated to making quantum science and technology accessible to students under 18. Located at the five Quantum Delta NL hubs, each Qlab offers hands-on workshops, school programs, and resources for both primary and secondary education. Their mission is to spark curiosity, raise quantum literacy, and open doors to future careers in this cutting-edge field.

Qlabs support both students and teachers with practical experiments, lesson materials, and teacher training, helping young learners explore fascinating concepts like quantum superposition and tunneling. Through their national network—Qlab-NL—they collaborate to share knowledge and develop high-quality educational content.

All resources, events, and training opportunities can now be found on the central platform for quantum education in the Netherlands.

Check the link below!

At the Qlab in Delft, teachers and students can explore physics on the smallest scale—just like a real scientist! Whether you visit with an entire class or work one-on-one on your final school research project (profielwerkstuk), the lab offers a hands-on experience that is ideal for students interested in physics, mathematics, or computer science. This unique opportunity is available to both VWO and HAVO students.

The lab provides access to cutting-edge equipment, from particle accelerators to single-photon detection, and offers support for various lesson modules focused on quantum mechanics. One of the standout offerings is the NLT module, Quantum Ready, designed specifically for HAVO 4/5 students. It’s a great way for students to deepen their understanding of quantum mechanics and apply their knowledge in a real-world setting.

In Eindhoven, the Qlab offers a growing range of exciting experiences for students and teachers to explore the world of quantum physics.

At De Ontdekfabriek, students aged 10–15 can take part in ‘Uitvinders en de Quantum Code’: an interactive experience that transforms abstract quantum concepts into an exciting journey filled with storytelling, games, and experiments. From 2025, schools in primary and lower secondary education can book this adventure in Eindhoven. A national version for classroom use is also in development. Meanwhile, a Qlab at the TU/e campus is being set up for secondary school students. Here, students will soon be able spend a day discovering quantum through real experiments, guided by university experts.

To support educators, the QDot teacher development team—a group of passionate physics educators and researchers from the Eindhoven School of Education (ESoE) at TU/e, designs lesson materials aligned with the standard physics and science curriculum. Together, they create lesson packages that connect directly to standard STEM curricula in lower secondary education. Starting September 2025, QDot will offer hands-on workshops to help teachers discover the materials and integrate quantum themes into their own classrooms.

Through these three pillars—student adventures, lab experiences, and teacher support—Quantum Lab Eindhoven is building the future of quantum education, right from the classroom.

Quantum Rules! is a free and exciting lab experience designed especially for final-year pre-university physics students (vwo 6). During a full day in Leiden, students dive into the fascinating world of quantum physics through hands-on experiments and interactive challenges. In a playful and stimulating setting, they explore how quantum phenomena appear in everyday life, bringing complex concepts to life in an engaging and memorable way.

This experience is part of a broader educational offering, including the NLT module Opportunities with Quantum (Kansen met Quantum: VWO6) and the Quantum Choices (QuantumKeuzes lesmodule, onderbouw VO) lesson series for younger secondary school students. The program is supported by Vaksteunpunt Contact.vwo, helping teachers and students connect with the cutting edge of quantum science.

Qlab Twente offers students the chance to explore quantum physics through hands-on experiments, aligned with the VWO curriculum. Teachers can customize workshops, which always include practical experiments, and can also choose from additional options like a demonstration experiment (e.g., the double-slit experiment), a tour of the Nanolab and laboratories, or interactive quantum games.

The lab is open to both VWO and HAVO students, providing opportunities for class workshops or advanced research for final school projects. Teachers can also benefit from a Professional Learning Network (PLN) to enhance their teaching strategies. Qlab Twente is a dynamic and educational space for both students and teachers to engage with cutting-edge science.

Qlab Amsterdam brings quantum technology closer to students, teachers and the wider public with a wide range of activities:

• For whole classes, quantum experiments are offered as practical lessons, taught by physics students. These can take place either at the school or on location at the Science Faculty in Amsterdam. Learn more about these lessons via Science Lab – Quantumwereld.

• Students looking to go deeper into the subject can join one of the annual Quantum Masterclasses, where they explore advanced topics with leading experts. Check the latest schedule at Betapartners Masterclasses.

• For a truly international experience, motivated students can take part in Quantum Quest, a biannual program featuring training, experimentation, and collaboration with peers across Europe. A corresponding teacher training course ensures educators are fully equipped to guide their students. Find out more at Quantum Quest.

• To support independent exploration, the platform Quantum Universe offers a wealth of clear and accessible articles on physics, including a deep dive into quantum topics.

• QLab Amsterdam has also entered the gaming world! With the Minecraft-based game Quantum Realm, students can explore quantum concepts in a virtual world full of challenges and surprises.

• Finally, don’t miss the Quantum.Amsterdam Experience – a hands-on, interactive mini-museum in Amsterdam. Here, visitors aged 12 and up can learn how quantum computers work, see a real quantum chip, and play games that make quantum mechanics come alive. No prior knowledge needed – just curiosity!