My group carries out research on quantum fibre photonics. Making use of the state-of-the-art optical fibre fabrication facility within the Centre for Photonics and Photonic Materials (CPPM), we investigate how fibre can advance a wide range of areas within photonic quantum technologies. These include low-noise sources of heralded single photons in pure quantum states, high-efficiency frequency conversion between different wavelength bands for quantum networks, and low-loss fully-fibre-integrated vapour cells for room-temperature quantum memory. To achieve these goals, we design and fabricate both solid-core photonic crystal fibre and hollow-core fibre. My group is also active in topological photonics, where we recently demonstrated the first fibre that guides topologically-protected modes.