Denmark is making a strategic push to become a key player in the global quantum technology landscape through the Deep Tech Lab – Quantum (DTL-Q). This ambitious accelerator, based in Copenhagen, is leveraging the country's research strengths and strategic partnerships to carve out a significant position in the international quantum field.

A Holistic Approach to Fostering Startup Growth

DTL-Q goes beyond mere funding; it cultivates a comprehensive ecosystem that supports all facets of startup development. This includes navigating the complexities of both public and private funding landscapes, with a focus on creating a community that supports the multifaceted development needs of startups. Cathal Mahon, Chief Business Officer at DTL-Q, emphasizes the breadth of support provided: "We’re building an ecosystem that does more than just fund; we’re creating a community that supports all facets of a startup’s development."

Strategic Collaborations and Infrastructure

The infrastructure surrounding DTL-Q is meticulously designed to cater to the specialized needs of quantum technologies. This involves close collaborations with top-tier educational institutions, such as the Niels Bohr Institute at the University of Copenhagen, to foster innovation and expedite the journey from concept to market.

Moreover, DTL-Q’s strategy includes key partnerships to expand its reach and resources, notably with the Defence Innovation Accelerator for the North Atlantic (DIANA). This partnership connects startups to an extensive network of investors, testing facilities, and expert mentorship, enhancing the dual-use innovations that have both civilian and defense applications. "Our role in DIANA amplifies our capacity to support dual-use innovations," Mahon notes, highlighting the strategic role Denmark plays in the broader tech ecosystem.

Origin and Vision

Originating from the BioInnovation Institute—an initiative by the Novo Nordisk Foundation aimed at bridging academic research in life sciences with its commercial applications—DTL-Q adapted this model to catalyze the commercialization of quantum research. Observing parallels between the fields of life sciences and quantum technologies, Mahon draws comparisons in terms of high costs, long development times, and substantial risks. "Both fields require a lot of time, involve high risks, and demand interdisciplinary teams adept at handling complex technological challenges," he explains.

Looking Ahead

Looking forward, Mahon expresses cautious optimism about DTL-Q’s future, aiming to position the accelerator among the top global entities in the field, recognizing the competitiveness and inherent challenges. DTL-Q seeks to utilize its strong research foundations and deep understanding of market dynamics to achieve these ambitious goals.

As the technology landscape evolves, DTL-Q aims to enhance Denmark’s stature in the quantum field thoughtfully and strategically. By fostering international collaborations and building a supportive ecosystem, DTL-Q hopes to contribute to the development of future industry leaders in quantum technology. Through comprehensive support and fostering international partnerships, DTL-Q actively participates in the global quantum innovation race, aiming to effectively influence the future of this emerging technological frontier.