We study and test the application of physical theories and hypotheses. From the search for dark matter and the interaction of light to nanosatellite technology and quantum science, our researchers harness new knowledge to gather data of the physical world.
Research groups and labs
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Accelerator Physics
Particle Accelerators are vital for science and society. Our research focuses on the design, optimisation, and operation of particle accelerators.
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Atomic and Quantum Optics Group
Studying how light interacts with all sorts of quantum systems and ways we can tailor this interaction for useful purposes.
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Condensed Matter Physics
Condensed matter physics uses the fundamental principles of quantum electrodynamics and statistical mechanics to study emergent properties of states of matter.
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Correlations and Topology in Condensed Matter
As condensed matter theorists, we are interested in many exciting topics ranging from strongly correlated electron systems to unconventional superconductivity and topological states of matter but also quantum computing.
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Experimental Particle Physics
Experimental particle physics seeks to understand the universe at its most fundamental level. Our work includes the search for dark matter, collider physics, matter-antimatter asymmetry and physics beyond the Standard Model.
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Hinde Lab: Cellular Biophysics
The Laboratory for Cellular Biophysics develops optical microscopy methods based on fluorescence lifetime, anisotropy and correlation spectroscopy to spatiotemporally map the cell nucleus and uncover the role of nuclear architecture in genome function.
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Melbourne Space Lab
Melbourne Space Laboratory develops innovative miniaturised payloads and technological solutions for nanosatellites, enabling scientific investigations, commercial opportunities and defence applications traditionally restricted to substantially larger and more expensive satellites.
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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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Quantum Computing and Information
Developing quantum devices employing nuclear or electron spins based on silicon or diamond, where function is predicated on the quantum physics of precision placed single donor atoms or colour centres in a crystalline matrix.
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Simpson Lab
Applying quantum sensing technology to improve the diagnosis, treatment, and management of neurological and iron-related disorders.
More research in the foundational sciences
We work in areas ranging from astronomy, mathematics, and chemistry to conceive, ask and then answer fundamental questions about the universe.
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.