Dr. Amanda Barnard, CSIRO
Environmental Nanotechnology: Predicting the Interaction of Artificial Nanoparticles with Natural Environments
As we search for solutions to our future energy needs, carbon emissions, global warming, industrial toxins, and disease, it is clear that keeping the balance between technological development and environmental protection has never been harder.
Nanoscale materials, only millionths of a millimetre in size, may offer solutions to our biggest problems. However, care is needed as these new ‘nanoparticles’ are largely untested, are (literally) unique on an atomic scale, and we have little or no historical data to guide assumptions regarding the possible risks.
Using highly accurate supercomputer simulations, Dr Amanda Barnard's research focuses on predicting the environmental stability of nanoparticles, to understand how these tiny artificial pieces of matter interact with natural ecosystems.
Dr Amanda Barnard is an internationally renowned scientist, with many years experience in predicting the properties of dozens of different nanoparticles. Her ground-breaking theoretical models can see a path through the complexity of this problem, and investigate situations that experiments cannot.
As more and more nanoparticles are produced in laboratories, and introduced into everyday products, Dr Barnard’s predictive model will be in great demand, but priority number one is to understand what happens when nanoparticles are exposed to our most precious resources, air and water.
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