Grant: Alliance Grants

This collaborative project aims to develop the next generation of quantum sensors by leveraging the unique properties of atoms, molecules, and Rydberg atoms. These advanced sensors will significantly outperform current technologies in measuring and imaging electric and magnetic fields with unprecedented sensitivity, precision, and spatial resolution. The collaboration between experts at Durham University and the University of Waterloo brings together cutting-edge expertise in quantum control, quantum sensing, and atomic and molecular physics. By building on recent breakthroughs in the manipulation of individual particles, the project seeks to create scalable, highly sensitive quantum sensors that can be used in various practical applications, from environmental monitoring to medical diagnostics. These applications will contribute to the advancement of knowledge and the development of transformative technologies that will benefit key adopters in the industry and the Government of Canada. The team will focus on developing two types of quantum sensors for electric and magnetic fields: type-1, which use the principles of quantum superposition to achieve a gain in precision over classical sensors, and type-2, which use quantum resources like entanglement to achieve a gain in sensitivity over type-1 sensors. To achieve quantum-enhanced performance, the project will explore novel sensing protocols, including adaptive feedback mechanisms and entanglement-based approaches. By combining world-class expertise and infrastructure, this collaboration will position the UK and Canada at the forefront of quantum sensing technology, paving the way for future advancements in quantum computing and fundamental physics.