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ANSTO neutron diffraction scientist was among the experts presenting on next-generation batteries at South Korean conference.

The THz/Far-IR Beamline couples the high brightness and collimation of a bend-magnet synchrotron radiation to a Bruker IFS125HR spectrometer providing high-resolution spectra (0.00096 cm-1) with signal to noise ratio superior to that of thermal sources up to 1350 cm-1 for gas-phase applications; the beamline also delivers signal to noise ratio superior to that of thermal sources up to 350 cm-1 for condensed phase samples.

The Think Science! competition encourages students in Years 3-10 to learn science inquiry skills in a fun and accessible way! Entry is FREE and there are generous prizes for winning schools. Any topic can be chosen, and special materials are not required.

Offered to girls in Years 5, 6 and 7, the STEAM Club encourages creative exploration of Science, Technology, Engineering and Mathematics through the Arts (the A in STEAM).

ANSTO shares expertise on food authenticity research using nuclear techniques with Southeast Asia stakeholders.

This program explores the mechanism and outcome of the interaction of radiation on biological systems in order to improve our understanding of the impact of radiation on the brain, optimise radiotherapy and develop mitigation strategies for space travellers.

The Medium Energy- X-ray Absorption Spectroscopy beamlines will provide access to XANES and EXAFS data from a bending magnet source, optimised for cutting-edge applications in biological, agricultural and environmental science in an energy range that is not currently available at the Australia Synchrotron.

Winners of the Big Ideas Competition 2021

Shorebirds Competition 2022 results.

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.

In a new study published in Nature Communications, researchers from UNSW have demonstrated a more sustainable alternative: an electrochemical pathway that couples carbon dioxide and nitrogen-containing species to produce urea under mild conditions.