Innovating for the future at UNSW

Just how much smaller can computers and electronic devices go? A team of physicists at the University of New South Wales has solved a major part of the puzzle with the creation of the world's narrowest conducting wire, leading to a research partnership with IBM. 

The breakthrough silicon wire, a few atoms wide, promises significantly faster, smaller and more powerful computers and electronic equipment just when the global micro-electronics industry feared it was hitting a brick wall.

After three decades of continual miniaturisation, with the number of components packed onto a silicon chip doubling every 18 months in a phenomenon known as Moore's Law, there has been much speculation that the key components of technology can't go any smaller, and still function. UNSW's wire has proved they can. 

The atomic scale wires are the work of the UNSW-led Centre of Excellence for Quantum Computer Technology, an international multi-university/government collaboration researching the fundamental physics and technology of building a quantum computer in silicon. The work is of such international significance that it has attracted funding from key US government agencies as well as global giants like IBM.

The Centre for Quantum Computer Technology is part of UNSW's innovation agenda.

The Australian Government has recognised that innovation is the key to future productivity and competitiveness, and UNSW's growing range of specialist research centres are taking on the complex technological, social and environmental challenges of the 21st century. For UNSW local and international students, ranging from coursework undergraduates to post-doctoral researchers, the innovation agenda is enhancing the learning experience and expanding opportunities.

UNSW's current strategic plan emphasises a "learning and teaching environment that provides an outstanding student experience, with exposure to research, and a vibrant campus life" and "provide international opportunities and perspective for students as global citizens."

Recently opened UNSW centres in the science and engineering fields include the Climate Change Research Centre -- officially launched by Nobel Laureate Professor Dr Pachauri, Chairman of the Intergovernmental Panel on Climate Change (IPCC). As one of the largest multi-disciplinary research groups of its kind in Australia, it has an unprecedented capacity to contribute to the climate change debate and policy outcomes at a global level.

The new Centre for Energy Research and Policy Analysis (CERPA) is one of the first Australian institutes to cover all aspects of energy research; from cleaner coal, to renewable energy and the carbon trading markets and polices which will determine the world's future energy mix. CERPA, backed by over $25 million annual funding, aims to develop multiple solutions to the acute global challenge of reducing greenhouse gas emissions as demand for energy rises. The new Centre for Sustainable Materials Research and Technology (