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The unique magnetic properties and nontrivial quantum effects were observed and measured in an advanced material with potential application for quantum computing.
ANSTO is collaborating on a project funded with an Australian Research Council linkage grant that will develop new materials and better systems for efficiently storing hydrogen gas.
New facility will greatly enhance Australia’s capability in stress engineering for industry
ANSTO researchers have demonstrated longstanding expertise in the study of nuclear fuel and radioactive waste with two recent journal articles in a special issue of Frontiers of Chemistry.
ANSTO is participating in a new Australian Research Council (ARC) Centre of Excellence for Indigenous and Environmental Histories and Futures (CIEHF) to be headquartered at James Cook University (JCU) that aims to bring Indigenous and environmental histories to the forefront of land and sea management.
ANSTO health researchers have contributed to an international study published in Nature Neuroscience that sheds light on the mechanism by which anti-anxiety drugs act on the brain which could lead to cognitive impairment in vulnerable individuals.
Three ANSTO scientists are contributing to two recently awarded Australian Research Council Discovery Project grants.
ANSTO has played a formative role and continues to make important contributions using nuclear and isotopic techniques to understand past climates and patterns of change, maintain water resource sustainability and provide insights into the impact of contaminate in the environment.
Advanced X-ray techniques have revealed new structural details about the specific arrangement of atoms in conjugated polymers, an important class of materials that are used in LEDs, organic solar cells, transistors, sensors and thermoelectric power devices.
New class of conducting materials found for potential use in next generation fuel cells and other applications.
ANSTO’s National Deuteration Facility has provided deuterated cholesterol for international research to gain a better understanding of how the Spike protein of the COVID virus, SARS-Co-V-2, infects human cells through a membrane fusion mechanism.
