We develop new and emerging technologies to respond to global health challenges. We use quantum sensing technologies, biosensors and biomagnetic processes to create new technologies that improve diagnosis, treatment, and management of disease.
Research groups and labs
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Melbourne Analytical Geochemistry
Melbourne Analytical Geochemistry—MAG—builds on over 20 years of field-leading trace element and isotope geochemistry.
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Physical Bioscience
Development of new technologies for bio-sensors, systems for remote-location oxygen delivery, diamond-based implant devices, and quantum imaging systems for bio-magnetic processes.
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Simpson Lab
Applying quantum sensing technology to improve the diagnosis, treatment, and management of neurological and iron-related disorders.
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Translational Research Unit
Our research focuses on cytocompatibility and genotoxicity, and on using preclinical in vivo models to evaluate biomaterials and implantable devices.
Discoveries, breakthroughs and real-world impact
Putting a sparkle in Australia’s bionic eye
Director of the Melbourne Materials Institute, Professor Steven Prawer, synthesised bio-compatible diamonds (not actually sparkly) that can be used as electrodes to stimulate nerves, helping to create the first retinal-implant bionic eye. This world-leading research was supported by a $42 million grant from the Australian Research Council and is being commercialised by Bionic Vision Technologies.
Related research: Professor Ann Roberts has made significant advances in the computational and experimental study of plasmonic devices, metamaterials, and nanoscale antennas.
Image credit: Bionic Vision Technologies.
More research into life and people
We are solving critical global issues such as human and animal health through food sciences, veterinary medicine, epidemiology, genetics, biology, and human geography.
Explore other research areas
Life, the Universe and everything in between – our discoveries build an understanding of the world around us and help make it a better place.