» Research » InnovationOur staff and students are involved in many projects that exemplify the spirit of innovation.
Quantum Brilliance is exploiting the extreme properties of diamond to build compact quantum microprocessors that will transform computing by placing the power of a supercomputer in your hands.
Nomad Atomics, fostered from the AtomLaser group, is introducing next-generation quantum sensors to the commercial space. They offer unrivalled navigation capabilities and unsurpassed data quality to the resource sectors.
QuintessenceLabs is the quantum cybersecurity leader, protecting data today and for our quantum future. Our offering includes the fastest quantum random number generator, crypto-agile key and policy manager and are at the forefront of second-generation quantum key distribution.
Aqacia provides state-of-the-art artificial intelligence solutions to complex quantum and classical problems. Powered by the deep learning revolution, Aqacia pioneers solutions for key industries such as wind power generation and quantum technologies.
From ANU's knowledge in gravitational wave detector development, the Applied Metrology Lab pioneers new advancements in inertial navigation, remote environmental sensing, and trace gas detection in partnership with industry.
The AtomLaser and Quantum Sensors group at Department of Quantum Science is a world leader in quantum sensors of gravity and is pioneering advanced sensor capabilities for strategic defence innovation.
The Department of Applied Mathematics' advanced xray CT imaging and reconstructing technology led to the creation of Digitalcore. Through a number of mergers and acquisitions Digitalcore is now part of ThermoFisher Scientific.
Thaum are a software development agency and technical consultancy with a focus on artificial intelligence and data science. Their highly skilled team work to provide targeted and reliable solutions to client's business problems.
Liquid Instruments makes a new breed of test and measurement equipment by combining reconfigurable hardware and advanced digital signal processing with breakthrough user interfaces.
ANU developed technology to produce large scale, high quality graphene led to the creation of Flexegraph to commercialise the production and uses of graphene.
By providing high school teachers the high quality resources they need, MeriSTEM aims to change the way students learn and teachers teach.
MakerSpace is a community and a space that encourages learning through making and collaboration.
Having developed novel high brightness broadband sources for the mid-infrared (MIR) for internal use, Hotlight Systems are now making these sources available commercially.
A collaboration between the RSPE workshop and John Mackey from the School of Music led to the creation of a novel ergonomic saxophone stand to alleviate back pain.
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