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A collaboration of Australian scientists has used ANSTO’s Australian Synchrotron to measure the amount of carbon that is captured in microscopic seams of deep-sea limestone, which acts as a carbon sink.
New infrared imaging technique reveals molecular orientation of proteins in silk fibres
Scientists from UNSW and ANSTO have characterised the structure of two-dimensional transition metal carbides, carbonites, and nitrides (MXenes) materials, that could be used as a lightweight fire-retardant filler and in energy storage devices.
Advanced imaging reveals unusual, unseen patterns in seabird feathers.
The ARC Centre of Excellence (CoE) for Green Electrochemical Transformation of Carbon Dioxide, GETCO2, will support innovative approaches to carbon capture.
Beamtime guide on the SAX / WAXS beamline at the Australian Synchrotron.
La Trobe University researchers have used the Australian Synchrotron in a new study that reveals how crocodiles resist fatal fungal infections with a unique pH sensing mechanism despite living in filthy water.
ANSTO among collaborators to major study of greenhouse gases.
ANSTO presented and participated in a panel discussion at the annual Natural Products Futures Forum in Ballina.
The role of trace elements as palaeoclimate proxies has been explored in ANSTO-led collaborative environmental research.
The new facility will be built around a product line of ANSTO’s design – a new Technetium-99m generator – that will enable greater process automation than is possible with existing technology, leading to improvements in efficiency, quality and importantly the highest levels of production safety.
The Australian Synchrotron is a source of powerful X-rays and infrared radiation that can be used for a wide range of scientific and technical purposes. Synchrotron X-rays are millions of times brighter than those produced by conventional X-ray machines in laboratories and hospitals.
The 3D structure of a fungal and plant enzyme solves 50-year-old mystery.