1 December 2010
CUDOS was the recipient of a $400,000 ARC Linkage Infrastructure, Equipment, and Facilities Grant to expand to leading-edge 1.28Tb/s optical testing facilities for next generation optical fiber networks.
Professor Ben Eggleton, said he was thrilled with the announcement that the University of Sydney was the recipient of an ARC Linkage Infrastructure, Equipment, and Facilities Grant. "This grant will enable us to assemble a leading-edge optical communication facility for testing the building blocks in next generation optical fiber networks", he said.
Prof Benjamin J Eggleton, Dr Mark D Pelusi, Prof Barry Luther Davies, A/Prof Michael J Withford, Prof Arnan Mitchell, Prof Kamal Alameh, Dr Steven Frisken, Prof Arthur J Lowery, A/Prof David J Moss, Dr Christelle Monat, Prof Carel M de Sterke, Dr Steve Madden Approved
00 Gbit to 1 Terabit per second optical communication test bed facility 2011 $400,000.00
Edith Cowan University, Macquarie University, Monash University, RMIT University, The Australian National University Administering Organisation
The University of Sydney
This facility will develop and demonstrate novel optical technologies that will underpin the generation and transmission of a higher speed Ethernet at 100 Gb/s to 1Terabit/s, and will lead to better broadband and more energy efficient internet. At the foundation of this research will be a test bed with multiple signal sources at data rates above 50 Gbaud.
Further Details: School of Physics
1 December 2010
We are now recruiting researchers and postgraduate students to be involved in exciting next generation photonics research! Click here for information on how to apply for a postdoctorate research associate/research fellow position (four positions). Click here for information on new PhD projects in mid-IR optics.
Further details: The University of Sydney
10 November 2010
Research by CUDOS researchers and collaborators has been presented as postdeadline papers at the recent Frontiers in Optics Conference, which was held in Rochester, NY, USA. The first, "Bragg-grating based switching in highly-nonlinear bismuth oxide fiber," was by lead author CUDOS PhD student Irina Kabakova with co-authors CUDOS researchers Eric Mägi, Martijn de Sterke, and Ben Eggleton, with collaborators Dan Grobnic and Stephen Mihailov from the Communications Research Centre in Ottawa Canada.
The second, "Highly-efficient, octave spanning soliton self-frequency shift using a photonic crystal fiber with low OH loss" was by lead author CUDOS PhD student Steve Dekker with co-authors CUDOS researchers Ravi Pant, Alex Judge, Martijn de Sterke, and Ben Eggleton, in collaboration with Itan Gris-Sánchez, and Jonathan Knight from the University of Bath in the UK.
Further Details: Bragg Grating-Based Switching in Highly-Nonlinear Bismuth-Oxide Fiber Paper | Highly-Efficient, Octave Spanning Soliton Self-Frequency Shift Using a Photonic Crystal Fiber with Low OH Loss Paper.
15 October 2010
Congratulation to Alex Tuniz on being runner up in the Best Presentation Award at PECS Conference in Granada.
Alex Tuniz is an IPOS student and his presentation outlined Fabrication and Characterization of Stacked NIM Samples.
There were 220 posters, with only a small number being chosen for oral presentation, so this is an outstanding achievement.
Further Details: Visit PEC Conference | Cudos @ Sydney.
15 October 2010
Congratulations to Irina Kabakova and Steve Dekker and the co-authors for the 2 Postdeadline successes to be presented at the FiO meeting to be held in Rochester.
Paper title: Highly-Efficient, Octave Spanning Soliton Self-Frequency Shift Using a Photonic Crystal Fiber with Low OH Loss Author block: Stephen A. Dekker1, Ravi Pant1, Alexander C. Judge1, C. Martijn de Sterke1, Benjamin J. Eggleton1, Itandehui Gris-Sánchez2, Jonathan C. Knight2; 1CUDOS/IPOS, Australia, 2Ctr. for Photonics and Photonic Materials, United Kingdom.
Paper title: Bragg Grating-based Switching In Highly-nonlinear Bismuth-oxide Fiber Author block: Irina V. Kabakova1, Dan Grobnic2, Stephen J. Mihailov2, Eric C. Magi1, Martijn C. de Sterke1, Benjamin J. Eggleton1; 1School of Physics, Australia, 2Communication Res. Ctr. Canada, Canada.
Further Details: Visit Cudos @ Sydney.
14 October 2010
Professor Ben Eggleton, the Director of IPOS, represented Australia at the Science and Technology in Society forum in Kyoto, Japan.
Professor Ben Eggleton was one of only 10 young scientists from around the world chosen by the New York Academy of Sciences to present at the three-day forum in Kyoto, held from 3 until 5 October 2010.
The Science and Technology in Society forum, held annually, brings together key players in the academic, scientific, political and business arenas to discuss the promises and risks of science and technology, and how they impact on society.
Further Details: Visit The University of Sydney | Cudos @ Sydney.
29 September 2010
At a recent Australian Optical Society (AOS) meeting in Sydney, it was announced that the AOS Geoff Opat Early Career Researchers Prize will be awarded to IPOS researcher Dr. Alexander Argyros. This prize recognizes an outstanding early career researcher for her/his contribution to the field of optics. Alex completed his PhD in 2006, working mainly on microstructured optical fibres. His worked has covered a large scope, from considering a range of materials, dopants and fabrication methods, to theoretical modelling and understanding of the behaviour of the fibres and fibre devices, to considering a range of applications from engineering to astronomy. He joined the School of Physics in 2009, and is currently holding an ARF fellowship on the topic of polymer waveguides for THz radiation.
Dr Argyros has also been awarded first place in the 5th annual After Image photo contest, held by the Optical Society of America. His photo images show Micrographs of microstructured polymer optical fibers with a hexagonal array of high-index rings. The resulting resonances and the various sizes of the rings give rise to the different colors. The results of this contest will be formally announced in the November issue of Optics & Photonics News.
Further Details: Visit AOS | OSA | PhotoContest.
Invisible threads one step closer to reality
25 August 2010
IPOS student Alessandro Tuniz is working on a concept to make 1-micrometre invisible threads. His concept work combines techniques used to produce light-bending metamaterials with those used to make optical fibres to try and create real invisible threads. Alessandro Tuniz is interested in the optical metamaterials that are being formed into “invisibility cloaks” in labs across the world.
Alessandro is working to create invisible material by shrinking metamaterials to a small enough size to make them disappear in certain light wavelengths. His theory is based on “refractive index”, which measures the speed at which light travels through a substance. Physicists are able to shrink fibres to nanoscale using a process called fibre drawing. For invisibility the fibres need to be small before the tiny wavelengths of light travelling through them can be controlled. IPOS researchers Prof. Simon Fleming, Dr Boris Kuhlmey and Dr Maryanne Large, have produced threads that are 10 micrometre-thick threads.
Alessandro Tuniz has used computer modeling to design the invisible 1 micron thread. The project models calculations suggest that the thread would be invisible if seen from the side - rather than end on - in polarised light. The model shows that, like other optical metamaterials, the fibre's optical properties depend strongly on wavelength.
Further Details: Visit New Scientist | Futurehead.com| news.com.au
The county can’t face the technological future through copper wire
16 August 2010
An article written by Professors Ben Eggleton and David Moss, from CUDOS University of Sydney, has been featured in the Sydney Morning Herald.
Those who think our country can do without the national broadband network clearly do not fully understand the potential such a network offers to Australians. While other countries scramble to find ways to meet this exploding demand for global bandwidth, the opposition is wringing its hands and debating the need.
The network will do three things for Australia: it will pay for itself, it will stimulate the innovation economy and it will have multiple applications.
How do we know this? Because we are the scientists who are working right now to create the photonic and optical systems that will be installed in your home for the next 50 years. And we can assure Australians that all new systems in the future will depend on an optical fibre network to function.
We need to understand that the network will not just be an improved version of the present telecommunications network. It will be a fundamentally different and better system of doing business and connecting with each other and the world.
Other countries understand this and are scrambling to find the best way of implementing such networks of their own. Of the developed nations, only Australia remains stuck in the hand-wringing stage of debating whether such a system is even necessary.
Further Details: Visit SMH| The University of Sydney.
IPOS Researcher Nominated for Eureka Prize
20 July 2010
Associate Professor David Moss from IPOS, is a finalist for the Eureka Prize for Innovation in Computer Science for making significant advances in overcoming conventional computer chips which are fast becoming obsolete by inventing a laser optical source with multiple wavelengths that can be used to transmit information optically over existing silicon (CMOS) integrated photonic circuits.
Further Details: Visit Eureka Australia Museum|School of Physics | The University of Sydney.
Funding for CUDOS ARC Centre of Excellence
20 July 2010
CUDOS an Australian Research Council Centre of Excellence has secured $23.8 million funding over seven years.
The new ARC Centre of Excellence is a collaboration across seven Australian universities and has major international links with partner organisations around the world and will build on the strong basis of the current CUDOS with new Chief Investigators, new international links and end-user partnerships and a new vision.
Further Details: Visit The University of Sydney|ARC.
6 July 2010
IPOS has broken new ground in photonics and optics. IPOS researchers have developed photonics processing that could push the broadband speeds to one terabit per second.
IPOS researchers have broken world records by getting optical switching up to 1Tbps, a speed fast enough to transmit hundreds of DVDs a second.
The news article was featured in the Australian IT.
Further Details: Visit AustralianIT.
8 June 2010
Professor Ross McPhedran, a senior researcher with IPOS, has been awarded a Doctorate Honoris Causa by The Universite Paul Cezanne. His award was presented during a ceremony in Aix en Provence, France, on June 7.
Professor McPhedran has been actively collaborating with researchers from this Universite, and its sister institution, the Universite de Provence, since 1973.
He is being acknowledged for his work on diffraction gratings, photonic crystals and microstructured optical fibres. In the last area, a highly successful new method was developed between Sydney and Marseille for the calculation of the optical properties of this new class of fibre.
Professor McPhedran said, "I am thrilled to be the recipient of such a prestigious acknowledgement. When I arrived in France, I was a green neophyte from Tasmania, with a good knowledge of irregular verbs and virtually no knowledge of spoken French."
"I learned a lot in my first year as a post-doctoral fellow in Marseille. This learning experience has continued over the years, with emerging young researchers as well as my colleagues of 1973. In the Centre of Excellence, CUDOS, in which I work, there is a strong group of Francophones and Francophiles."
There is a long history of research collaboration between Australia and France, dating back to the encounter between Nicolas Baudin and Matthew Flinders in 1802. Professor McPhedran is proud to be carrying on this fine tradition.
Further Details: Visit CUDOS.
2 June 2010
Associate Professor David Moss, a senior researcher at IPOS, leads an international team which has developed a new pulsed laser that allows light to be generated on a computer chip.
A/Prof Moss said the on-chip pulsed light source is the key to enabling ultra high speed signal processing and transmission of data either on-chip or between chips. Using light for ultrahigh speed information processing and transmission on a silicon chip is an important breakthrough. The ever-growing demand for even faster technology means ultrafast on-chip and chip-to-chip optical data communications are important.
The new laser produces short light pulses at record speeds to process and transmit information which can ultimately provide consumers with faster and cheap computers.
Further Details: Visit The University of Sydney.
8 May 2010
Research work, by IPOS and CUDOS Postgraduate student Trung Duc Vo, has achieved unprecedented bandwidth capacity and utilisation: up to 100 times faster than the current networks.
He was first author on an acclaimed paper in which these world-first results were presented in a prestigious post-deadline session at the Optical Fibre Communications Conference recently held in San Diego, USA.
Vo said the growing demand for higher bandwidth was a major motivation behind the push to increase the transmission rate per-channel of optical systems.
Further Details: Visit University of Sydney News|CUDOS|The Age
9 June 2010
Dr Peter Domachuk has been awarded a Fresh Science prize for his work on silk photonics.
Dr Peter Domahuk and fellow researchers at IPOS, have created microchips using silk fibres, the microchips can measure oxygen using haemoglobin embedded in the silk. The project plans to embed a wide range of proteins, so that various blood tests can be run simultaneously at the point of care instead of waiting for the pathology lab.
Further Details: Visit Fresh Science |Sydney Morning Herald |Univeristy of Sydney News |Article.
22 April 2010
Dr Maryanne Large, from IPOS (Faculty of Science) was highly commended for Excellence in Research Higher Degree Supervision at the 2010 Vice Chancellor's Awards.
The awards recognise excellence in teaching, research supervision, support of the student experience and systems that achieve collective excellence.
Further Details: Visit At Sydney News.
24 March 2010
IPOS had a good turnout and participation at OFC this year. As well as regular papers including Simon Fleming gave an Invited Paper and a paper by Trung Vo, other IPOS authors and collaborators from ANU and DTU was selected as a Postdeadline Paper. The postdeadline paper represents a major achievement for CUDOS and another successful collaboration between CUDOS and DTU. Spin-off company Kiriama was present at the trade show.
Further Details: Visit OFC/NFOEC 2010
3 March 2010
Professor Ben Eggleton, from the School of Physics, has won the 2010 Scopus Young Researcher of the Year Award for Physical Sciences.
Professor Eggleton was presented with his award by Senator Kim Carr, Federal Minister for Innovation, Industry, Science and Research and Mr YS Chi, Vice Chairman of Reed Elsevier and CEO of Elsevier S&T, at a gala dinner and awards presentation held in Parliament House, Canberra, on 3 March 2010. His prize includes $5 500 to fund attendance at a scientific conference of his choice or to fund attendance at a Global Young Researcher Awards event Elsevier is planning for next year.
10 February 2010
The Dental Laser Ultrasound developed by David Hsiao-chuan Wang and Prof. Simon Fleming, appeared on The New Inventors in ABC Television. The Dental Laser Ultrasound uses sound waves to detect faults in your teeth at an early stage eliminating the need for surgical intervention. The sound wave is generated by a laser and picked up by a thin optical fibre.
The Dental Laser uses an Ultrasonic Evaluation Technique using laser-generated ultrasound to measure the elasticity of the surface of teeth. Wang's painless technique uses a short laser pulse to generate ultrasonic surface acoustic wave on the surface of the tooth enamel. This ultrasound pulse propagates across the area of interest on the enamel, while probing some distance under the surface, and is detected for analysis. The calculated propagation velocity of the ultrasound then reveals the elasticity of the tooth, from which the early stages of decay can be diagnosed.
David Hsiao-chuan Wang is a PhD Research Student at IPOS, University of Sydney.
Prof. Simon Fleming is the Deputy Director and Business Development at IPOS, University of Sydney.
Further Details: Watch the video