Through the development of an innovative methodology combining art theory and curatorial practice, this project provides comprehensive analysis of the role played by Asian (and Australian) visual art in understanding how places and communities are transformed by the impact of immigration/migratio

Funded by an Australian Research Council ARC Discovery grant, this project establishes the significance and value of art concerned with social and political events, providing the first comprehensive analysis of the treatment of real events in art since the watershed of September 11, 2001.

This proposed research addresses the need for real-time tracking of emerging infectious diseases, both spatially and temporally, to inform international and national outbreak response teams, aid in the implementation of real-time containment strategies and ultimately the timely control of emergin

 This research grant is a trans-Tasman collabo

This research will investigate the contribution to the burden of infectious diseases in Australia from travel by migrant Australians who visit friends and relatives in their country of birth.

A research opportunity exists for undergraduate and higher degree research student in science and engineering to investigate the use of advanced nanomaterials for microalgae harvesting and processing at UNSW's School of Chemical Engineering.

We have a number of possible projects in this area dealing with the fascinating self-assembly of monoglycerides in water, as occurs whenever we ingest and digest fats.

In 1951 the US Public Health Service declared obesity, newly reinterpreted as an addictive disorder, to be the nation’s leading health problem.

In the 1980s many scientists joined commercial genetic engineering ventures.

The stability of many foods is based on, or affected by, emulsions arrested by colloids. Prediction, and thus optimization, of these products’ stability is often impossible because practitioners lack the fundamental understanding needed to design microstructural and rheological properties.

Biological systems models typically contain many parameters, many of which are hidden and cannot be determined experimentally in the same system.

Anatomically-accurate model of rabbit cardiac pacemaker tissue defined using the MML framework, illustrating a propagating electrical wavefront emanating from the central pacemaking site.

Electric potential profile generated by retinal implant 98-electrode array

Simplified fluid-structure interaction model of ventricular assist flow in the presence of contracting heart wall and aortic valve leaflets. Ventricular inlet (left) and outlet (right) boundaries are shown as white squares, and ventricular assist flow occurs through the outlet at the bottom.

Simulated brain activation during electroconvulsive therapy.

Take a closer look at Associate Professor Paul Hagan's CV

With Dr Catherine Mills, VELiM, Usyd.

The 'interactome', being the interactions of all proteins in the cell, has been intensively studied in yeast. However, we know very little about how the interactions of most proteins are regulated.

Yield stress fluids are remarkable materials that behave like a solid until a certain level of stress is exerted on them, after which they flow like a fluid until the stress is removed.

Historians have too easily assumed that the lives of poor and illiterate can never be directly known because they have left few written traces.

Novel waste recycling process will improve the efficiency of Electric Arc Furnace steelmaking, lowering costs and energy consumption, thereby enhancing the international competitiveness of Australian steelmaking industry.

Our advances will deliver the fundamental science that will enable the aluminium industry to consume substantial amounts of plastic waste, including plastics that are currently unsuitable for recycling.

The novel and recycled refractories developed will lead to reductions in waste generation through reduced wear, resulting in significant economic and environmental benefits.