Novalab Innovation Research has been awarded a £2.8 million grant from UK Research and Innovation to explore advanced quantum materials with potential applications in computing and energy storage. The funding will support a three-year programme focused on developing novel compounds that exhibit stable quantum properties at higher temperatures than current materials allow.

Research Objectives

The project aims to synthesise and characterise new classes of topological insulators and superconductors. Researchers will employ advanced spectroscopic techniques and computational modelling to identify materials that maintain coherence under practical conditions. Early experiments will target layered structures incorporating rare-earth elements, with the goal of reducing energy loss in quantum devices. Collaboration with partner laboratories will provide access to specialised fabrication facilities and high-performance computing resources. Progress milestones include quarterly reports on material stability metrics and peer-reviewed publications expected within the first 18 months.

Additional work will examine scalability for industrial applications, including integration with existing semiconductor processes. The team plans to test prototype components in controlled environments to assess performance against theoretical predictions. This systematic approach is intended to bridge the gap between laboratory discoveries and deployable technologies.

Team and Collaboration

Principal investigator Dr Elena Vargas will lead a group of 12 scientists, including postdoctoral researchers and PhD students. External partners from three universities will contribute expertise in crystallography and quantum simulation. The grant also covers equipment upgrades for Novalab’s materials characterisation suite, enabling in-house measurements previously outsourced. Training programmes for early-career researchers form part of the award conditions, ensuring knowledge transfer across the consortium. Outcomes are projected to inform future funding bids and strengthen the UK’s position in quantum materials research.