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ANSTO manufacture and supply a range of radiopharmaceuticals, radiochemicals, kits and accessories for use in research, industry and the health sector.

On behalf of Australia, ANSTO, the only nuclear reactor facility in Australia, supports the International Atomic Energy Agency (IAEA) to undertake its role in facilitating national, regional, and international efforts to enhance nuclear security, including measures to protect against nuclear terrorism.

With all excavation completed and rock removed from the underground site, the physics lab will now be built within the caverns of the Stawell Mines site.

Favourable conceptual design review may lead to expanded role for Australia on ITER diagnostics.

View the upcoming proposal deadlines for access to ANSTO’s Research Portal. The User Office provides support for research proposals and enables you to leverage our world-class research infrastructure and facilities.

Our research group carries out fundamental research uniquely applied to industrial problems in the areas of uranium, rare earth and lithium processing.

CORIS360®: The world's most advanced radiation imaging system

Using the theory of compressed sensing technology, a team of physicists and scientists invented and developed the CORIS360® platform imaging technology. Compressed sensing imaging can generate an image with far fewer samples compared with traditional imaging techniques.

Federal Parliament’s House Standing Committee on the Environment and Energy has presented its report, arising from its Inquiry into the prerequisites for nuclear energy in Australia today.

Young researcher accepted into the Australian Antarctic Science Program.

A team of Melbourne researchers and international partners from Italian Instituto Nazionale de Fisica Nucleare (INFN) and CERN, who are developing radiation-hardened semiconductor chips, used the unique state-of-art high energy ion microprobe on the SIRIUS ion accelerator at ANSTO’s Centre for Accelerator Science to test a prototype radiation-resistant computer chip

Research elucidates how in situ cosmogenic radiocarbon is produced, retained and lost in the top layer of compacting snow (the ‘firn layer’) and the shallow ice below at an ice accumulation site in Greenland.