Hybrid Algorithms for Quantum Advantage
Funds research to develop scalable, efficient hybrid quantum-classical algorithms for real-world applications, supporting the UK's goal of practical quantum advantage by 2035.
Funder: UK Research and Innovation
Due Dates: August 20, 2026: Full application submission deadline
Funding Amounts: Up to £2,285,000 per project (80% FEC of max £2,856,250); total fund £11,425,000; project duration up to 3 years
Summary: Supports research on hybrid quantum-classical algorithms to accelerate the UK's progress toward practical quantum advantage across economic sectors.
Key Information: Application must be submitted via the UKRI Funding Service by 16:00 UK time on the deadline.
Description
This grant funds research to advance the theory and implementation of hybrid quantum-classical algorithms, supporting the UK's National Quantum Strategy Mission 1 goal of achieving quantum advantage by 2035. The focus is on scalable, efficient, and trustworthy quantum-classical computation that reduces computational resource requirements and enables real-world integration in key sectors such as finance, materials, life sciences, and public services. The scope includes algorithmic efficiency, resource estimation, compilation, verification, benchmarking, error mitigation, foundational theory, and fostering collaboration between academia, industry, government, and regulators. Environmental sustainability, responsible innovation, and trusted research practices are integral to all funded projects.
