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Although Australia does not use nuclear energy for power needs, it does have the nuclear capabilities, knowledge, and expertise provided by ANSTO to ensure the national interest in nuclear matters is protected and advanced.

ANSTO is a partner on the National Space Qualification Network (NSQN) led by the Australian National University (ANU) that will transform Australia into a world-leading space centre by enhancing facilities to test payloads, components, and hardware prior to their use in harsh environments of space.

Five exceptional female science communicators are part of a larger team who use skills in education and engagement to promote an interest in science amongst the public and students.

Environmental researcher joins Science & Technology Australia as Cluster representative for the Chemical Sciences

Research to understand how contaminants move through the soil and affect ecosystems and humans as well estimating emissions.

NSTO’S major project to introduce eight new beamlines at the Australian Synchrotron has reached a milestone with the delivery of ‘first light’ to the new MEX-1 beamline.

The nuclear medicine community has welcomed the Australian Government’s decision to provide $30 million in funding to ANSTO for the design of a new nuclear medicine manufacturing facility.

ANSTO provides a range of capabilities using neutrons, X-rays and infrared radiation to study the solids, liquids and gases that might be found in materials in our solar system and beyond.

Research to assess the impact of recent landscape change by measuring fundamental geomorphic processes that are the result of long-term landscape evolution.

Two Australian scientists have been appointed to assist with the development of a $500 million-dollar synchrotron facility in Mexico, the first and largest project of its kind.

Science and medical experts meet in Adelaide to discuss great potential of particle therapy in Australia

When an energetic ion beam hits a sample it will interact with the atoms through a number of very complex interactions. By detecting and measuring the reaction products resulting from the various interactions and their intensities, you can obtain quantitative data on the sample's constituent elements and their spatial distribution.