14 Apr 2025
by Daniel Goldsmith

Convening capabilities will be critical to capitalising on the quantum opportunity  

Read the guest blog from Digital Catapult as part of World Quantum Day 2025.

The UK is in prime position to capitalise on the opportunities presented by quantum technologies, building on the achievements of quantum researchers, a strong academic landscape and a willingness from government and industry to accelerate the adoption of quantum innovation. Quantum advances, together with their significance to society, led to 2025 being heralded as the International Year of Quantum Science and Technology by the United Nations, demonstrating the promise of the technology and its potential to transform the industrial landscape.     

At Digital Catapult, we enable deep tech companies to scale, and we accelerate the practical application of deep tech in industry. Our innovation and accelerator programmes have proven to be of immense value to leading businesses, demonstrating that successful capitalisation of the quantum opportunity will depend on convening capabilities in the quantum space, and facilitating opportunities for ongoing collaboration and co-creation.   

Quantum progress that has paved the way for long-term success    

In recent years, we have seen remarkable progress in quantum innovation. During the second part of the last century, the detailed predictions and enhanced understanding of Quantum Theory enabled technological advances, such as the transistor, superconductors, and lasers. This has transformed our world and the ability for businesses to improve their operations. In fact, only in recent years has the quantum community fully understood how to manipulate individual quantum objects to exploit quantum phenomena such as entanglement and superposition, leading to a second wave of quantum technologies.  

 Quantum computers with over 1,000 qubits are now available to businesses, qubit error rates are decreasing, and improved algorithms are reducing device requirements. Nonetheless, we expect it to be more than a decade until fault tolerant devices, with millions of physical qubits, can realise the full potential of quantum computing.  In the meantime, we expect advances in the next three to five years to be made on niche business use cases in quantum simulation, optimisation, and machine learning.   

Another area of opportunity relates to quantum sensors, such as those used for sensing magnetic fields and gravity, which are likely to be commercially available before quantum computers, with specific examples already on the market. Advantages of quantum sensors over conventional sensors include sensitivity and stability, as well as size, weight, and power. Digital Catapult has trialled pioneering new use-cases for quantum sensors including applying them for non-destructive testing by detecting hidden cracks in metal. 

We have also trialled post quantum cryptography for digital identity systems and collaborated with academics and industry leaders to study the feasibility and use cases of the quantum internet. Our ongoing quantum work includes bridging the gap between academia and industry, demonstrating real-world applications of the technology, unlocking new economic opportunities, and proving what is possible through successful collaboration.    

Convening capabilities to drive industrial adoption of quantum innovation    

At Digital Catapult we recognise both the importance of, and the barriers to, broader industry adoption. Many businesses lack confidence to adopt and apply quantum innovation to their operations, and ongoing interventions are necessary to increase business confidence and to understand new industrial applications of the technology.   

As a deep tech innovation organisation driving business value by accelerating the application of deep tech innovation, our Quantum Technology Access Programme (QTAP) raised awareness, educated end users, and fostered industry partnerships to drive the future adoption and commercialisation of quantum computing.    

Our two cohorts, including BAE, Vodafone, Rolls Royce and Airbus, had the opportunity to implement real-world use cases on the ORCA PT-series quantum computer, learn from experts, and de-risk their quantum journey, boosting their confidence in the adoption of quantum solutions by 26%. The success of our work showed the value of collaboration and convening capabilities in the quantum space, and this will be key to capitalising on the quantum opportunity in the long term, particularly as we address skills shortages.   

Convening capabilities to solve the skills shortage    

There remain significant skills gaps in the adoption of quantum technologies, and shortfalls in organisational capabilities to integrate quantum innovations successfully. Our intervention has led to greater recognition of the need to upskill the UK’s business community. We found a lack of plans to address these challenges, which is why the opportunity to collaborate with leaders, experts, peers, and the broader quantum community continues to be of immense value to industry partners and commercial collaborators.     

Digital Catapult and the Workforce Foresighting Hub, supported by the Department for Transport, released a pivotal report on the future of quantum sensing technologies in the transport sector. This study focused on equipping the workforce with the skills needed to design, develop, and implement quantum sensing technologies for enhanced positioning and monitoring of transport modes. It is only by facilitating ongoing collaboration between businesses, and linking together government, industry and academia on research and targeted interventions, that the UK can develop the necessary workforce, enabling exploitation of the quantum opportunity and driving the successful adoption of quantum innovation in the future.   

 As the pace of quantum innovation accelerates around the world, the UK has a unique opportunity to drive further adoption and understanding of the value of quantum technologies. Successfully building on the progress made so far will be determined by interventions and initiatives that enable collaboration and the co-creation of new solutions. This will be critical to the UK taking full advantage of the quantum opportunity and taking the lead on quantum innovation on the global stage.     

Any reader interested in Digital Catapult’s quantum innovation consultancy for quantum technologies can fill out the Contact Us form here.   


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Daniel Goldsmith

Daniel Goldsmith

Quantum Computing Technologist , Digital Catapult

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