The Netherlands is rapidly positioning itself as one of the world’s most dynamic quantum technology hubs. Through strong public-private investment, coordinated national strategy, and deep international collaboration, the country is building a quantum ecosystem that unites academia, startups, global corporations, and government institutions into a single innovation engine.

At the heart of this ecosystem lies Quantum Delta NL (QDNL), the national program driving quantum research, commercialization, and talent development. Backed by €615 million in funding — including €270 million for research, €150 million for ecosystem development, and €150 million for human capital — QDNL provides the structure that enables quantum startups and research institutes to scale.

The global quantum computing market, valued at $472 million in 2021, is projected to reach $1.765 billion by 2026, growing at a compound annual rate of over 30%. The Dutch quantum sector is expected to reach €1 billion by 2027 and potentially grow into a $65 billion industry by 2030, with long-term projections of $300 billion by 2050. The Netherlands aims to capture 5–10% of the global quantum market, translating into 6,000 to 12,000 direct and indirect jobs by 2027 and up to 30,000 high-tech positions by 2040.

A Market Built on Three Pillars

The Dutch quantum landscape is built around three core segments:

• Quantum Computing (45%) – The dominant sector, driven by early infrastructure investments and hardware development in Delft. This segment alone represents roughly half of the global quantum industry and shows annual growth rates of 10–15% locally.
• Quantum Communications (30%) – Focused on secure networks and quantum internet projects, this segment is expanding steadily with strong government support.
• Quantum Sensing (25%) – The fastest-growing domain, particularly in precision measurement for healthcare and environmental monitoring, with global growth rates reaching up to 20% annually.

Today, the Dutch quantum sector employs more than 4,000 professionals and contributes approximately €500 million annually to the national GDP — a figure expected to double by 2025.

Startups Driving the Frontier

One notable innovator is Fermioniq, an Amsterdam-based company operating at the intersection of quantum and classical computing. The startup develops advanced quantum simulators that run on classical GPUs, accelerating quantum algorithm development before large-scale quantum hardware becomes widely available.

“Timing was on our side,” says co-founder Chris Cade. “As we were starting the company, there was real momentum for quantum initiatives in the Netherlands, and we benefited from that.”

This momentum is amplified by strong international engagement. The Netherlands participates actively in the EU’s Quantum Flagship Program and collaborates closely with global leaders such as the United States and Japan, strengthening its technical expertise and global influence.

A Magnet for Global Talent and Investment

The Netherlands’ cohesive strategy is also attracting international players. Artificial Brain, a pioneering quantum software company founded in India, selected the Netherlands as its first European expansion base in late 2022.

The decision was driven by the country’s unified national strategy, accessible grants, and commercialization support, all coordinated through Quantum Delta NL. From its Dutch base, Artificial Brain collaborates with leading institutions such as QuTech and TNO on projects ranging from renewable energy to ocean sustainability, supported by government funding.

Strategically located and globally connected, the Netherlands serves as a gateway for international collaboration while maintaining strong ties across Europe, Asia, and North America.

A Unified Ecosystem with Global Ambition

What sets the Netherlands apart is not only technological excellence, but cohesion. Government policy, research institutions, startups, and multinational companies operate within a shared national vision. This alignment accelerates innovation, shortens commercialization timelines, and strengthens the country’s global competitiveness.

As quantum technology moves from laboratory research to industrial deployment, the Netherlands is no longer just participating in the race, but it is helping shape the future of the global quantum economy.

References

Invest in Holland. (2026, February 19). Artificial Brain Chooses the Netherlands as European Launchpad for Quantum Innovation. Retrieved from Invest in Holland: https://investinholland.com/news/artificial-brain-chooses-the-netherlands-as-european-launchpad-for-quantum-innovation/

NFIA. (2026). Quantum Industry in The Netherlands. Retrieved from NLNetherlands: https://www.welcome-to-nl.nl/quantum-industry-netherlands

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