Cryogenic Sapphire Clock
The culmination of 20 years of leading-edge fundamental research, combined with cutting-edge engineering, has led to a disruptive technology that is now revolutionizing a vital Australian defence asset. The sapphire clock offers a 1000-fold improvement in timing precision, which delivers an improved ability for Australian Defence to identify threats to Australia using the Jindalee Over-The-Horizon Radar Network.
Learn more about the Sapphire Clock
High Power Durability of Soft Glasses for Laser Applications
Prof Heike Ebendorff- Heidepriem and Associate Professor Martin O’Connor have received funding from the US Air Force Office of Scientific Research to investigate the fundamental limit of achievable laser power for mid-infrared transmitting soft glasses. The project focuses on four different glass types using established glass compositions and fabrication procedures developed at IPAS: fluoroindate, fluorozirconate, germanate and tellurite; with the aim to develop a range of new high gain doped materials towards enabling the realisation of new laser and amplifier systems with enhanced operating parameters.
Learn more about Soft Glasses for Laser Applications
Fibre-Based Quantum Memory for Secure Communications
Cyber security is one of Australia's national security priorities - Australia's national security, economic prosperity and social wellbeing rely on the availability, integrity and confidentiality of a range of information and communications technology.
The development of cutting-edge quantum technologies such as quantum computing and quantum key distribution has critical implications for the secure transmission of information.
Combining our novel atom-filled hollow-core fibres with state-of-the-art quantum information storage protocols, we are creating a compact, robust and modular “quantum node” - the key ingredient to developing an optical fibre-based network for provably-secure communications.
Learn more about Fibre-Based Quantum Memory