Radon - the new pollution watchdog
Atmospheric scientists have developed a new technique to measures the naturally-occurring radioactive gas radon for use in accurately categorising the degree of atmospheric mixing.
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Volunteer Week: Part two
ANSTO and University of Wollongong team up to sort sci-fi from sci-fact
Keeping it dense
Preclinical imaging
Expertise in the use of PET and SPECT imaging techniques to understand biological processes at the cellular and molecular level. The techniques ae also used to study disease processes and monitor the effects of new therapies
Radioactive waste briefing for Nuclear Medicine Specialists
Seven of Australia’s top nuclear medicine professionals have been briefed on ANSTO’s plans to manage radioactive waste, as well as to support nuclear medicine innovation in Australia.
Romar Engineering Project Summary
Star power reached in nuclear fusion
Australian scientists from ANTSO have congratulated their British colleagues for a major advance in their quest to develop practical nuclear fusion.
Application approved for operation of interim waste store
ANSTO’s international development activities captured in Australian Development Corporation Performance Report 2022-2023
Synchrotron techniques powerful tool to reveal inner workings of volcanoes
An article in Nature Geosciences has highlighted the power of synchrotron techniques to reveal the inner workings of volcanic systems that could potentially help with predictions of eruptions.
Media Centre
Principal Research Scientist, Nuclear Fuel Cycle
Role at ANSTO
Senior Beamline Scientist
Role at ANSTO
Lead Scientist BioSAXS
Role at ANSTO
Project Member
Dr. Micheline Campbell is an early career researcher at UNSW Sydney. Her background is in speleothem palaeoenvironmental research and proxy database development. Dr.
Multiple techniques elucidate hardness with radiation damage
3D models of multilayered structures on engineering scale from nanoscale damage profiles.
Haemoglobin study sheds light on one of our bodies most important molecules
Scientists untangle the challenging complexities of radiocarbon in ice cores
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.
Running (simulated) rings around cancer
Ultra-realistic simulations of a PET imaging system for next-generation radiotherapy: Collaboration giving back to the open source science community.