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Prof Lyndon Edwards recognised for for excellent sustained contribution to materials engineering

Use of nuclear techniques to benefit industry and consumers

A long-standing collaboration led biomedical researchers from the University of Sydney has recently achieved success with the recent announcement of an innovative bone implant that significantly reduces rejection and inflammation.

ANSTO's procurement policy is closely aligned with the Commonwealth Procurement Guidelines and makes use of the Australian National Audit Office guidelines on ethics, accountability and transparency.

Radioisotopes are widely used in medicine, industry, and scientific research. New applications for radioisotopes are constantly being developed.

Specifications, Instrument reference, User manual.

ANSTO is a highly regulated organisation. Our governance system and processes provide critical guidance to effectively manage ANSTO’s activities. This section outlines the processes and systems that are in place to provide assurance to Government, our stakeholders and the community that we are working within our regulated and mandated requirements.

Cosmogenic nuclides measurements at ANSTO to be part of large international Antarctic glacier research.

Analysing the microstructure of paracetamol using synchrotron infrared optical technique provides insights.

The Accelerator Science group purse a broad research program with the aims of improving the performance and reliability of our accelerators, increasing their research capabilities and developing the next generation of accelerator technology.

New technology is being developed in Sydney to recycle used Personal Protective Equipment (PPE) and turn it into raw materials for 3D printing.

ANSTO, the home of Australia’s nuclear science expertise and the Powerhouse Museum, home of Australia’s excellence and innovation in the applied arts and sciences will collaborate on research projects, establish an Indigenous Cultural Research Scholarship and combine efforts on STEM outreach activities.

Imperial College London researchers tapped into ancient geological data locked within precariously balanced rocks using a new technique to boost the precision of hazard estimates for large earthquakes.