— Biocompatible graphene transistor array reads cellular signals — Researchers have demonstrated, for the first time, a graphene-based transistor array that is compatible with living biological cells and capable of recording the electrical signals…
— Researchers find some smartphone models more vulnerable to attack — New research from North Carolina State University shows that some smartphones specifically designed to support the Android mobile platform have incorporated additional features that…
— MIT: New algorithm may improve defensive driving — In 2008, according to the National Highway Traffic Safety Administration, 2.3 million automobile crashes occurred at intersections across the United States, resulting in some 7,000…
— Researchers use CT to recreate Stradivarius violin — Using computed tomography (CT) imaging and advanced manufacturing techniques, a team of experts has created a reproduction of a 1704 Stradivarius violin. Three-dimensional images of…
— Terminator-style info-vision takes step towards reality — The streaming of real-time information across your field of vision is a step closer to reality with the development of a prototype contact lens that could potentially provide the wearer…
— Scientists invent long-lasting, near infrared-emitting material — Materials that emit visible light after being exposed to sunlight are commonplace and can be found in everything from emergency signage to glow-in-the-dark stickers. But until now,…
— Team of researchers develop world's lightest material — A team of researchers from UC Irvine, HRL Laboratories and the California Institute of Technology have developed the world's lightest material - with a density of 0.9 mg/cc - about…
— Humans can control a cursor with power of thought — The act of mind reading is something usually reserved for science-fiction movies but researchers in America have used a technique, usually associated with identifying epilepsy, for…
— Nanoparticles improve solar collection efficiency — Using minute graphite particles 1000 times smaller than the width of a human hair, mechanical engineers at Arizona State University hope to boost the efficiency - and profitability…
Adelaide to be world photonics leader thanks to 28 million funding
The University of Adelaide is poised to become a world leader in photonics and advanced sensing technologies thanks to a major funding injection of $28.8 million from the Australian Government.
The government has today announced the funding to help establish a new Institute for Photonics and Advanced Sensing at the University of Adelaide from next year.
The Federal funding will enable new, specialised laboratories to be built at the University's North Terrace Campus. Researchers from a wide range of fields will use the world-class facilities to develop breakthroughs in areas such as physics, chemistry, biology and environmental science.
The University of Adelaide will contribute $1.3 million to the construction of the new facilities, with a further $2.5 million from partner institutions.
The Institute will be led by Professor Tanya Monro, Federation Fellow in the School of Chemistry and Physics.
Professor Monro says the new Institute aims to become the international leader in developing new technologies that underpin health, the environment, industrial processes and defence systems. This will be done by bringing together leading research in optical fibres, lasers, luminescence, chemistry, proteomics and virology.
'I'm thrilled that the Federal Government has provided significant support for an area of research that has the potential to benefit almost every aspect of our lives,' says Professor Monro, who was recently named Australia's Physical Scientist of the Year in the Prime Minister's 2008 Science Prizes.
'This new Institute builds on the facilities and expertise already developed at the University of Adelaide over the past four years, and it will become a substantial addition to Australia's research and development capability.
'This Institute will be unrivalled in the world in the quality of its facilities, and it will attract some of Australia's and the world's best and brightest minds. We expect the Institute to earn around $78 million in research income by the year 2020,' she says.
'What sets this institute apart is that we have a vision to bring together scientists from different areas to focus on some of the big problems. This transdisciplinary approach to research will have a real impact by focusing research on the knowledge gaps between the traditional scientific disciplines, by stimulating the creation of new industries, and by inspiring a new generation of scientists to be engaged in solving real-world problems.'
The University's Vice-Chancellor and President, Professor James McWha, says: 'Today's funding announcement is further recognition of the excellence in research being conducted by Professor Monro and her colleagues, and the importance of the University's relationship with the Defence Science Technology Organisation (DSTO) and the State.
'This is fantastic science that has huge potential for social and economic benefits.'
Or subscribe for our Newsletter, a free e-mail publication. It is published practically every day.
Nanotags could help to solve and deter gun crime
Magnet laboratory researchers license critical petroleum data
SDSC urges academia to make cyberinfrastructure 'real'
Hidden Vincent van Gogh painting revealed