Development of atomic magnetometry towards unshielded sensors

Towards improving the quantum coherence in Ion microtraps

Phase-sensitive optical spectroscopy of a laser-cooled, microwave atomic clock

Exploring Fresnel holography for optically guided atom interferometry with Bose-Einstein condensates

Four-wave mixing in rubidium vapour with structured light and an external cavity

Single-shot holographic readout of an atom interferometer

High contrast measurements with a Bose-Einstein condensate atom interferometer

Quantum coherence of ions in a microfabricated trap

A cold-atom fountain clock from a diffractive optic

Development of a single beam SERF magnetometer using caesium atoms for medical applications

Technology development for a compact rubidium optical frequency reference

Systems engineering for optically pumped magnetometry

Miniaturised components for next generation cold-atom quantum sensors

Development of a rubidium spin exchange relaxation free magnetometer

A dual-beam free induction decay magnetometer