Former British Prime Minister Gordon Brown has called for a renewed focus on innovation to boost the country’s economic prospects, arguing that greater investment and invention could increase the average household income by £5,000. Brown’s proposal emphasizes identifying and supporting “lost Einsteins,” or undiscovered inventors, to fuel growth through technological breakthroughs and commercialization.

However, some experts caution that this approach represents a narrow view of innovation. Kate Fleming, director of the community interest company IDEMS, contends that Brown’s model prioritizes individual genius and market-driven solutions suited to specific sectors, such as pharmaceuticals, but may fall short in addressing complex societal challenges like social care, education, and climate change. Fleming argues that these “wicked problems” require collaborative innovation models that support distributed ownership and collective approaches, rather than relying solely on isolated inventors scaling technologies for profit.

Fleming also highlights structural barriers hindering alternative innovation models in Britain. Despite being created by the Labour government in 2005 to encourage public-good companies, community interest companies have limited access to key innovation funding schemes. For example, IDEMS has found itself ineligible for UK Research and Innovation programs and knowledge transfer partnerships, even after previous successful collaborations. Similarly, the Advanced Research and Invention Agency favors lone inventors, while tax incentives such as the Seed Enterprise Investment Scheme and Enterprise Investment Scheme mainly reward businesses offering uncapped shareholder returns. Fleming points to the inability of British policy to foster domestic alternatives to dominant tech companies like Palantir within the National Health Service as evidence of these limitations.

In contrast, Jenny Haigh, head of policy for the creative economy at the University of the Arts London (UAL), observes that Brown’s analysis overlooks the contribution of the creative industries, which generate £145 billion annually and are growing faster than the overall economy. She notes that creativity plays a critical role in innovation and that the common focus on STEM disciplines excludes a vital source of inventive activity. Research from the Creative Industries Policy and Evidence Centre shows that nearly two-thirds of creative micro-firms have engaged in research and development in recent years, surpassing other key sectors.

Haigh points out that UAL, a leader in nurturing student startups, produces ventures working on biodegradable plastics, decarbonizing supply chains, food waste fermentation, and new sustainable building materials. These companies exemplify real-world innovation that crosses both creative and technical fields but are often omitted from innovation policy discussions.

Both voices underscore the necessity of broadening the UK’s innovation framework. Fleming urges government support for more inclusive and publicly anchored innovation models targeting systemic issues, while Haigh advocates for recognizing creativity as a partner alongside science and technology. Together, their perspectives suggest that unlocking Britain’s full innovation potential will require rethinking current policy priorities to embrace diverse approaches and sectors beyond the conventional R&D focus.