Research impact

The team develops ytterbium optical clocks, using ultra-stable atomic oscillations for precise timekeeping, enabling secure navigation, resilient GPS alternatives, and next-generation quantum timing networks for defence and critical infrastructure applications.

The team has developed an ultrathin 3D-printed endoscopes that combine light-based imaging and nano/micro-manufacturing to see inside arteries, identify high-risk plaques, and help doctors prevent heart attacks.

The OzGrav Adelaide team is building advanced sensors and laser systems to fix heat distortions in gravitational wave detectors, boosting sensitivity and helping us understand the universe.

In partnership with TeraGlo, the team is developing quantum sensors using novel fluorescence to enable portable, real-time identification of rare-earth materials for mining, energy, and resources.

The team developed through-the-bottle spectroscopy to assess wine authenticity and quality, analysing chemical composition and signatures non-invasively to detect counterfeits and safeguard consumer safety while preserving the bottle’s integrity.

With Flawless Photonics, the team drew nearly 12 km of ZBLAN fibre in microgravity aboard the ISS, advancing space manufacturing and ultra-low-loss optical fibres for next-generation quantum telecommunications.