The roadmap highlights five priority areas for action: ecosystem, innovation, manufacturing, assurance and skills. It aims to help the UK capitalise on its position as the world's leading nation for metamaterials research impact while addressing challenges around manufacturing scale-up, commercialisation and market adoption.
Professor Rachel O'Reilly MBE, Pro-Vice-Chancellor (Research) at the University of Birmingham, said: "The publication of this roadmap marks an important milestone for the UK's metamaterials community. While the UK already leads the world in research impact, realising the full benefits of metamaterials will require coordinated investment in skills, manufacturing and commercialisation.
"The University of Birmingham is delighted to have played a leading role in shaping this vision through our co-leadership of the UK Metamaterials Network. Our academics and industrial partners are ready meet the challenge of shaping manufacturing processes to forge a path forward for the UK.
“By connecting the University of Birmingham's scientific excellence with industrial ambition, the roadmap provides a pathway to create new technologies, strengthen national capability and unlock economic opportunities across a wide range of sectors. It positions the UK to remain at the forefront of a transformative field that will help address some of the most significant challenges facing society and industry in the decades ahead."
New materials and fresh capabilities
Metamaterials are specially designed structures that can deliver properties and functions not possible with conventional materials alone. By carefully arranging materials in precise ways, scientists and engineers can create new capabilities ranging from controlling light and sound to improving energy efficiency and sensing technologies.
Potential applications span a wide range of sectors, including next-generation augmented reality, advanced biosensing, wireless power transfer, improved solar energy systems and technologies for managing extreme temperatures and recovering waste heat. The innovations are expected to support growth in industries such as energy, sustainability, aerospace, defence, security, healthcare and information technologies.
UK Metamaterials Network co-lead Dr Claire Dancer, from the University of Birmingham, said: “Building on the UK’s world-leading academic excellence, research, training, and metamaterials community the launch of the UK Metamaterials Commercialisation Roadmap represents a defining moment, positioning the UK at the forefront of an enabling and transformative technology.
“We see the Roadmap charting a course towards the UK becoming a global leader in commercialising metamaterials research and innovation, contributing to our nation’s security and prosperity. Realising this ambition depends on coordinated community action, driven by the community activities of over 1,300 academic, industry, and government members in the UK Metamaterials Network to fully harness the UK’s competitive advantage in metamaterials.”
Creating a shared metamaterials mission
The roadmap warns that, despite the UK's current leadership in research, maintaining that advantage will require a coordinated national approach. Without investment in manufacturing capability, commercial scale-up and market translation, there is a risk that the UK could lose ground internationally.
To address this challenge, the roadmap establishes a shared national mission: accelerating the commercialisation and industrial adoption of metamaterials while sustaining the world-class research base that underpins future breakthroughs.
Through the UK Metamaterials Network, the University of Birmingham and its partners will continue to support the translation of cutting-edge research into scalable manufacturing, resilient supply chains and high-value economic opportunities for the UK.
The Metamaterials Strategy Action Group is a government-led consortium convened to provide strategic leadership and coordination across the emerging metamaterials innovation ecosystem. It is co-sponsored by the Department for Business, Innovation, Science and Trade and the Ministry of Defence.
It includes representatives from Dstl, EPSRC, Innovate UK, Innovate UK Business Connect, the Institute of Physics, the UK Metamaterials Network, the High Value Manufacturing Catapult, and the National Physical Laboratory.
