DOCSLIB.ORG

HANDBOOK 20Th AUSTRALIAN INSTITUTE of PHYSICS CONGRESS, Incorporating the 37Th CONFERENCE on OPTICAL FIBRE TECHNOLOGY (ACOFT)

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
HANDBOOK 20Th AUSTRALIAN INSTITUTE of PHYSICS CONGRESS, Incorporating the 37Th CONFERENCE on OPTICAL FIBRE TECHNOLOGY (ACOFT) CONGRESS HANDBOOK 20th AUSTRALIAN INSTITUTE OF PHYSICS CONGRESS, incorporating the For further information contact; 37th AUSTRALIAN CONFERENCE ON OPTICAL FIBRE TECHNOLOGY (ACOFT) th 9 - 13 December 2012 119 Buckhurst Street South Melbourne VIC 3205 Australia ustralian T + 61 3 9645 6311 F + 61 3 9645 6322 E [email protected] INSTITUTEA OF PHYSICS CONGRESS 20Incorporating the 37th Australian Conference on Optical Fibre Technology (Associated event: Australian Optical Society Conference) THE UNIVERSITY OF NEW SOUTH WALES 2012 SYDNEY www.aip2012.org.au CSIRO www.csiro.au Open the door to collaboration From developing antibodies to creating lighter metals for next generation aircraft, our materials science division offers scientists incredible opportunity to work on diverse projects with real industrial impact. A critical part of our science and our success is collaboration. We thrive on working with new people with new perspectives. Opportunities for collaboration • CSIRO studentships • Postdoctoral fellowships • Top up grants for PhDs • Funding for internships • CSIRO scholarship program To find out more visit: www.csiro.au/careers or call us on 1300 363 400 CSIRO_CMSE_HalfPageAd.indd 1 1/11/2012 8:54:54 AM The Institute for Photonics & Advanced Sensing (IPAS) is one of five research institutes at The University of Adelaide. IPAS fosters excellence in research in materials science, chemistry, biology and physics, and across these boundaries, and develops disruptive new tools for measurement. IPAS creates the opportunity to invent and harness new tools for measurement to address many of the current exciting big questions in science. Many of the challenges we face as a society can only be solved by pursuing a transdisciplinary approach that brings together experimental physicists, chemists, material scientists, biologists, experimentally-driven theoretical scientists and medical researchers to create new sensing and measurement technologies. We work to create new tools that will change the questions scientists can ask, stimulate the creation of new industries, and create a new profession of transdisciplinary problem solvers. Our research is focused around six Research Themes, which interconnect and allow us to tackle the major challenges facing Australia and the world and which offer particular opportunities for the development of new and disruptive technologies. An overview of these themes can be seen in a short video, which can be found at http://www.adelaide.edu.au/ipas/ We work on a wide spectrum of projects that range from fundamental to applied research projects, which gives us a feedstock of new approaches to bring to practical problems and opportunities to drive world-class research as well as engage closely with industry. The list below shows a cross section of some of the applications we are working on with industrial and government partners in specific market sectors: • Defence & national security – corrosion detection, high power lasers and luminescence techniques. • Environmental & agricultural monitoring – laser radar systems for monitoring wind, moisture and pollution in the atmosphere, sensors for monitoring soil and water quality. • Medical diagnostics – rapid virus detection to help prevent global flu pandemics, early detection of cancer biomarkers and technologies to improve IVF success rates. • Food & wine – monitoring of wine maturation, soil nutrient monitoring. We are always seeking excellent scientists to join the team at IPAS – please visit our website www.adelaide.edu.au/ipas/jobs-study to find out more about the opportunities we have available. 1 Welcome from the Congress Chair On behalf of the Australian Institute of Physics and the New South Wales Branch, it is my pleasure to welcome you to the 20th Australian Institute of Physics Congress held at the University of New South Wales over the coming week. Co-located with the 37th Australian Conference on Optical Fibre Technology (ACOFT), the AIP/ACOFT 2012 Congress is the biggest and most diverse scientific meeting of the Australian physics calendar in 2012. The Congress once again has attracted many of Australia’s finest physicists plus a number of prominent overseas Plenary Speakers and attendees, respresenting over 14 different countries. It provides a forum for discussions within specialist physics topic areas and opportunities for physicists from academia, government, industry and the commercial sector to keep up to date in areas outside their core interests. The Congress brings together approximately 20 special interest groups and, as was achieved in 2010, the incorporation of ACOFT will attract specialists working on diverse research applications of optical fibre technology. Over the next four days I encourage you to maximise the opportunity to engage in plenary lectures, parallel sessions, poster sessions, a public lecture, industry workshops and poster sessions. In addition, please spend time in the exhibition area learning more about the latest products and services available in the marketplace. Of course the social elements of the Congress allow for networking and engagement with your peers and colleagues so I look forward to seeing you at the Welcome Reception and Congress Dinner. Thank you for taking the time to join us at the Congress and I hope you find the experience informative and enjoyable. Dr Cathy Foley Congress Chair Welcome from the AIP President Welcome to the 20th Australian Institute of Physics Congress, incorporating the 37th Australian Conference on Optical Fibre Technology (ACOFT). Once again many of our cognate societies have joined us at the Congress to hold their specialist meetings. Some of these are here for the first time like the Australian Society of Rheology and so we look forward to learning about new and varied areas of physics. This has been a very special year for physics in Australia with Brian Schmidt (one of our plenary speakers) winning the Nobel Prize for Physics, the announcement of Western Australia as the selected site for the low frequency component of the Square Kilometre Array, operating funds for the Australian Synchrotron secured and the announcement, jointly at CERN and in Melbourne at the 36th International Conference on High Energy Physics, of the observation of the Higgs boson. We will hear about all these things and more. In addition we start the 50th anniversary year of the Australian Institute of Physics at this Congress and there will be some announcements about activities for the year and new initiatives as part of the celebrations of our semi-centenary. Running such a large and diverse meeting of physicists requires a team of dedicated and hard working people and I would like to thank the people behind the scenes who have made this meeting possible: Cathy Foley and her local Organising Committee; Rob Robinson and his Scientific Program Committee; the host organisations (AIP, AOS, ACOFT & Engineers Australia); and WALDRONSMITH Management our Conference Organisers and AIP Secretariat providers. I wish all participants an enjoyable and productive Congress. Dr Marc Duldig President – Australian Institute of Physics 2012 AUSTRALIA & NEW ZEALAND L’ORÉAL FOR WOMEN IN SCIENCE FELLOWS WE SUPPORT WOMEN WHO MOVE SCIENCE FORWARD. Dr Baohua Jia Dr Suetonia Palmer Dr Kylie Mason Swinburne University of Technology, Melbourne, Australia. University of Otago, Christchurch, New Zealand. Walter and Eliza Hall Institute of Medical Research / More effi cient solar cells using quantum dots. Giving people with kidney disease control of their lives. Royal Melbourne Hospital. New treatments for blood cancers. L’Oréal For Women in Science has grown into a global program that includes International, Regional and National Fellowships and an international network of more than 1,300 women in 106 countries. Each year, the national L’Oréal For Women in Science Fellowship awards three early career, female scientists with AUD$25,000 for their remarkable contributions in science. Applications for the 2013 Australian & New Zealand Fellowships reopen in April, 2013. www.forwomeninscience.com 314991_FWIS_AdResize.indd 1 7/11/12 2:06 PM 2012 AUSTRALIA & NEW ZEALAND 3 L’ORÉAL FOR WOMEN IN SCIENCE FELLOWS WE SUPPORT WOMEN WHO MOVE SCIENCE FORWARD. Contents WELCOME 1 MEDIA 3 CONGRESS ORGANISERS 3 ORGANISING COMMITTEE 5 SCIENTIFIC PROGRAM COMMITTEE 5 CONGRESS HOSTS 5 AIP 2012 Congress TECHNICAL PROGRAM COMMITTEE 6 proudly sponsored by SPONSORS 8 EXHIBITOR DIRECTORY & FLOOR PLAN 9 VENUE 10 UNSW School GENERAL INFORMATION 12 REGISTRATION ENTITLEMENTS 13 CONGRESS ACCOMMODATION 13 Dr Baohua Dr Suetonia Dr Kylie of Physics SOCIAL PROGRAM 14 Jia Palmer Mason Swinburne University of Technology, Melbourne, Australia. University of Otago, Christchurch, New Zealand. Walter and Eliza Hall Institute of Medical Research / More effi cient solar cells using quantum dots. Giving people with kidney disease control of their lives. Royal Melbourne Hospital. New treatments for blood cancers. AIP MEDALS AND AWARDS 15 ASSOCIATED EVENTS 17 L’Oréal For Women in Science has grown into a global program that includes International, Regional and National Fellowships and an international network of more than 1,300 women in 106 PUBLIC LECTURE 17 countries. Each year, the national L’Oréal For Women in Science Fellowship awards three early career, female scientists with AUD$25,000 for their remarkable contributions in science. Applications for the 2013 Australian & New Zealand Fellowships reopen in April, 2013. www.forwomeninscience.com CONNECT YOUR RESEARCH
Load more

Recommended publications
  • Optically Driven Acoustic Waves on a Chip Quantum
    Volume 51, Number 3, May–Jun 2014 QUANTUM OPTICALLY DRIVEN TECHNOLOGY ACOUSTIC WAVES USING SPINS ON A CHIP Ocean Optics Lastek Advert (Print File).pdf 1 1/05/2014 12:10 pm CONTENTS Australian Institute of Physics Promoting the role of physics in research, education, industry and the community 74 Editorial AIP contact details: PO Box 193, Surrey Hills, Vic 3127 Special Boas Medal issue! Volume 51, Number 3, May–Jun 2014 Phone: 03 9898 4477 Fax: 03 9898 0249 75 President’s Column email: [email protected] The Unity of Physics AIP website: www.aip.org.au AIP Executive President Dr Robert Robinson 76 News & Comment [email protected] Vice President Prof Warrick Couch [email protected] QUANTUM OPTICALLY DRIVEN TECHNOLOGY ACOUSTIC WAVES Secretary A/Prof Joseph Hope 78 Quantum reality bytes: USING SPINS ON A CHIP [email protected] quantum technology Treasurer Dr Judith Pollard using spins in Cover [email protected] semiconductors Artist’s impression of a proposal to detect Registrar Prof Ian McArthur Lloyd Hollenberg ion-channel operation using a quantum [email protected] sensor. A nano-diamond containing a single Immediate Past President Dr Marc Duldig nitrogen-vacancy (NV) centre is brought [email protected] 83 Conferences close to an ion-channel. The random Special Projects Officers nuclear spins of the ions affect the quantum Dr Olivia Samardzic decoherence rate of the NV centre’s spin [email protected] in a measurable way, offering a method Prof Halina Rubinsztein-Dunlop 84 Driving Acoustic Waves for non-invasive optical detection of the [email protected] Optically on a Chip ion-channel operation.
    [Show full text]
  • 8563 Alumni March 2003
    The University of Sydney School of Physics From the Head 2003 As I take over as Head of School I would particularly time of writing we are finalising relocations like to acknowledge the achievements of my within the School and beginning refurbishments predecessor as Head, Professor Don Melrose. Don needed to achieve these changes. succeeded in the unenviable task of restructuring Due to continuing retirements the School is March the School to reduce the general staff numbers to in the processes of filling two positions for be commensurate with the number of continuing continuing academic staff. One, in the area of academic staff. The result is that the School biological physics, will allow the School to expand now consists of research groups with a central present research efforts in this area. The other administrative structure in place of the previous position is in the area of computational physics, internal research departments with their individual where the School already has considerable expertise. administrative structures. Although the number of In 2002 the School offered for the first time, with The new Head of School, continuing academic staff has fallen significantly great success, Junior undergraduate units of study Assoc. Prof. Brian James over the last ten years or so, this has been in computational science. Both these initiatives accompanied by a large increase in research-only are indicative of the ways in which physics staff supported by external research grants, to the departments can make significant contributions in extent that their number is about twice that of the research and teaching to areas somewhat outside academic staff.
    [Show full text]
  • Short CV: Donald Blair MELROSE
    Short CV: Donald Blair MELROSE Professional Address: School of Physics, The University of Sydney, NSW 2006, Australia Telephone: (61–2) 9351 4234 e-mail: [email protected] www:http://www.physics.usyd.edu.au/∼melrose Date and Place of Birth: 13th September 1940: Hobart, Tasmania Academic Qualifications: 1962 : B.Sc. (Hons.) University of Tasmania 1965 : D.Phil. University of Oxford Theoretical Physics Present Position: Emeritus Professor, The University of Sydney, since October 2015 Past Positions: 1965-1966 : Research Fellow in Physics, University of Sussex. 1966-1968 : Research Associate in Physics, Yeshiva University, New York. 1968-1969 : Research Fellow in the Astronomy Program, University of Maryland. 1969-1978 : Lecturer/Reader, Australian National University. 1979-2015 : Professor of Physics (Theoretical), The University of Sydney. Other Professional Activities: 1979-1984 : Chair Advisory Committee Australian Journal of Physics 1980-1984 : Chair National Committee for Astronomy 1991-1999 : Director, ARC Research Centre for Theoretical Astrophysics 1992-1992 : Associate Editor Journal of Geophysical Research, Space Physics 1992-2006 : Associate Editor Journal of Plasma Physics 1994-1997 : Chair, Steering Committee, Australia Telescope National Facility 1996-2002 : Secretary Commission C19 (Astrophysics), IUPAP 1999-2000 : Chair, Panel A6 (Physics & Mathematic), Australian Research Council 2001-2002 : Head, School of Physics, The University of Sydney 2003-2006 : President, Commission 10, IAU 2006-2009 : President, Division II, IAU 1 Awards and Honours: 1962 : Rhodes Scholar for Tasmania 1974 : Pawsey Memorial Medal (Australian Academy of Science) 1986 : Fellow, Australian Academy of Science 1986 : Walter Boas Medal (Australian Institute of Physics) 1987 : Thomas Ranken Lyle Medal (Australian Academy of Science) 1998 : Harrie Massey Medal and Prize (Institute of Physics) 2002 : Centenary Medal for ‘science in theoretical astrophysics’ 2004 : Ellery Medal (Astronomical Society of Australia) 2013 : Moyal Medal (Macquarie University) 2016 : S.
    [Show full text]
  • 2008-09 Annual Report
    HEARING COOPERATIVE creating sound valueTM RESEARCH CENTRE Annual Report 2008/09 Established and supported THE ING under the Australian Government's Cooperative Research Centres Program CRC 1 MISSION AND OBJECTIVES Mission creating sound value The Hearing Cooperative Research Centre brings together an internationally unique consortium of research, clinical and industry organisations dedicated to the common purpose of ‘creating sound value’ through research and education – to prevent and better remediate the lost productivity resulting from hearing loss in children and adults. Objectives The Objectives of The HEARing Cooperative Research Centre are: ≥ To enhance Australia’s industrial, commercial and economic growth through a program of sustained, user-driven cooperative research into hearing loss prevention and mitigation; and Annual Report 2008/09 ≥ Through education and commercialisation of research findings, to reduce the incidence of hearing loss and increase the effectiveness with which hearing loss and hearing disorders are treated through improved technology, processes or clinical services. The consortium will also create opportunities for industry growth in hearing healthcare together with improved clinical tools and procedures to meet projected increases in demand for hearing healthcare. HEARING COOPERATIVE RESEARCH CENTRE HEARING COOPERATIVE FRONT COVER: Images courtesy of National Acoustic Laboratories; Getty Images; Murdoch Childrens Research Institute. 2 >< CONTENTS REPORT 1: MISSION AND OBJECTIVES IFC 2: EXECUTIVE SUMMARY
    [Show full text]
  • A N N U a L R E P O R T 2006
    The Centre for Ultrahigh bandwidth Devices for Optical Systems (CUDOS) The Centre for Ultrahigh bandwidth Devices for Optical Systems (CUDOS) An Australian Research Council Centre of Excellence Sydney Laboratory and Headquarters Professor Ben Eggleton, Research Director Phone: (02) 9351 3604 (+612 9351 3604) Dr Chris Walsh, Chief Operations Officer Phone (02) 9351 5897 (+612 9351 5897) School of Physics, A28 University of Sydney NSW 2006 Australia Fax: (02) 9531 7726 Email: [email protected] Web: www.cudos.org.au CUDOS@ANU CUDOS@Swinburne Ms Wendy Quinn Professor Min Gu Director’s Unit Centre for Micro-Photonics Research School of Physical Sciences and Engineering Swinburne University of Technology The Australian National University PO Box 218, Hawthorn ACT 0200 Australia VIC 3122 Australia Phone: (02) 6125 3423 Phone: (03) 9214 8776 CUDOS@Macquarie CUDOS@UTS Dr Michael Withford Professor Lindsay Botten Department of Physics Department of Mathematical Sciences Division of Information and Communication Sciences University of Technology Sydney Macquarie University PO Box 123 NSW 2109 Australia Broadway NSW 2007 Australia ANNUAL REPORT Phone: (02) 9850 7056 Phone: (02) 9514 2247 Ms Kali Madden Phone: 9850 8931 2006 CHIEF INVESTIGATOR Professor Jim Piper CUDOS Research Contribution Flagship Project: Waveguide amplifier and laser Roles and Responsibility within Centre Chief Investigator. Awards, honours, visits Carnegie Centenary Professorship Honorary Degree of Doctor of Science from Heriot Watt University Invited Tutorial CLEO ‘06 Professor Jim Piper completed his PhD in atomic physics in Description of Research Activities 1970 at University of Otago, New Zealand, and from 1971-1975 Piper’s research activities in 2006 focussed on building new undertook postdoctoral research in experimental laser physics research links with Scottish Universities as part of the Carnegie at the Clarendon Laboratory, University of Oxford, UK.
    [Show full text]
  • Celebration of German Contributions to Australian Science and Victorian Scientific Institutions - Past and Present
    Humboldt Kolleg/Joint Symposium The Australian Association of von Humboldt Fellows and The Royal Society of Victoria Celebration of German Contributions to Australian Science and Victorian Scientific Institutions - Past and Present Venue: The Royal Society of Victoria, 8 La Trobe Street, Melbourne Dates: 1st-3rd October, 2014 von Mueller von Neumayer Becker Blandowski Ulrich Beckler Kruse Acknowledgements The following are acknowledged for their support towards this Joint Symposium: Alexander von Humboldt Foundation through the award of a Humboldt Kolleg The University of Melbourne for financial support towards the registration costs of Early Career Researchers The State Government of Victoria for support for the celebration of the Day of German Unity Embassy of the Federal Republic of Germany for financial support, particularly for the celebration of the Day of German Unity Ms Katie Wood, Archivist, Access and Outreach and Curator, Malcolm Fraser Collection, The University of Melbourne Archives, University Library, for her work to establish historical German connections to The University of Melbourne Mr Michael Pearce SC, Honorary Consul-General of the Federal Republic of Germany, Melbourne for support and encouragement Ms Marian Schoen, Executive Director, EU Centre on Shared Complex Challenges, The University of Melbourne for her support Dr Anne-Marie Schleich, former Consul-General of the Federal Republic of Germany, Melbourne for her support Mr Peter Tesch, formerly the Australian Ambassador to the Federal Republic of Germany for his support Australian Association of von Humboldt Fellows The Royal Society of Victoria Cover Attributions L. Becker: Scan of an original etching (ca 1861) held by Lotte Hoffmann-Kuhnt, a descendant of the Becker family from Darmstadt; Wikimedia Commons H.
    [Show full text]
  • PHYSICS News
    SCHOOL OF PHYSICS PHYSICS News WINTER 2012 TiNY CRYSTAL 50TH ANNIVERSARY OF REVOLUTIONISES The PROFESSOR COMPUTING HARRY MeSSel EXCERPT FROM A NEWS STORY BY KATYNNA GILL INTERNATIONAL SCieNCE SCHOOL (ISS) A tiny crystal that enables a computer to to the power of 80. That is 1 followed by The School of perform calculations that currently stump 80 zeros, in other words 80 orders of Physics and the the world’s most powerful supercomputers magnitude, a truly mind-boggling scale.” University of Sydney has been developed by an international The work smashes previous records in Physics Foundation team including the School of Physics’ Dr terms of the number of elements working are delighted to Michael Biercuk. together in a quantum simulator, and announce that The ion-crystal used is poised to create therefore the complexity of the problems 2012 is the 50th one of the most powerful computers ever that can be addressed. Anniversary of the developed, with the results published in the Professor Harry The team Dr Biercuk worked with, journal Nature on 26 April 2012. Messel International including scientists from the US National Science School “Computing technology has taken a huge Institute of Standards and Technology, (ISS). leap forward using a crystal with just Georgetown University in Washington, 300 atoms suspended in space,” said Dr North Carolina State University and A reception Biercuk, from the University’s School of the Council for Scientific and Industrial celebrating this Physics and ARC Centre of Excellence for Research in South Africa, has produced anniversary will be Engineered Quantum Systems. a specialised kind of quantum computer held in the University of Sydney’s Great Hall on Tuesday, 27th November.
    [Show full text]
  • Honours and Awards
    Appendix – Honours and Awards Dr Ken Baldwin was elected as a member of the Board of Directors of the Optical Society of America. He will commence his three-year term in January 2006. Dr Rowena Ball has been awarded a Lagrange Fellowship to carry out Complex Systems Physics research at Politecnico di Torino, Italy. Professor Murray Batchelor was awarded a grant under the Australian Academy of Science/JSPS Scientific Visits to Japan Program. Dr Ying Chen was elected Fellow of the Australian Institute of Physics. Dr Ben Corry won the Prize for Young Biophysicist of the Year at the joint meeting of the Australian Physiological Society and the Australian Society of Biophysics. The Australian Academy of Science Pawsey Medal has been awarded to Dr Mahananda Dasgupta and will be presented to her at the Annual General Meeting in 2006. The Pawsey Medal recognises the contributions to science in Australia by the late Dr J.L. Pawsey, FAA. Its purpose is to recognise outstanding research in physics by scientists under 40 years of age. Dr Matthew Hole was awarded a grant under the Australian Academy of Science Scientific Visits to Europe Program. Dr John Howard was elected Fellow of the Institute of Physics, UK. Professor Stephen Hyde was elected as Fellow of the Australian Academy of Science. Professor Chennupati Jagadish was elected as Fellow of the Australian Academy of Science. Professor Yuri Kivshar was awarded the 2005 Walter Boas Medal of the Australian Institute of Physics. The aims of the award are to promote excellence in research in physics in Australia and to perpetuate the name of Walter Boas.
    [Show full text]
  • Focus 199: Blue Sky Future for Australia
    NUMBER 199 | DECEMBER 2016 BLUE SKY FUTURE FOR AUSTRALIA NOTHING IS IMPOSSIBLE – WE CAN MAKE ANYTHING HAPPEN IF WE USE OUR BEST MINDS AUSTRALIAN ACADEMY OF TECHNOLOGY AND ENGINEERING 2017 ATSE NATIONAL TECHNOLOGY CHALLENGES DIALOGUE THE CRISIS IN AGEING Technology to manage the challenges in healthcare The Academy’s National Technology Challenges Dialogue is a one day event and will take place in Brisbane on Wednesday 14 June 2017 The Dialogue will explore the health challenges of It also incorporates ATSE’s Annual Innovation Dinner on Australia’s ageing population. Entrepreneurs, decision 14 June where the Clunies Ross Awards for innovation makers, government officials, researchers, academics and commercialisation will be presented. These exciting awards business leaders will have the opportunity to exchange bring together Australia’s top leaders and innovators from ideas and together explore: research, industry, academia and government and provide a valuable networking opportunity at the nation’s premier n The role of technology in active ageing annual awards for innovation commercialisation. nLeap-frog technologies: looking into the future of health technology Dialogue details and registration will be available on the ATSE nOpportunities and challenges of the shift towards website in early 2017. For information on sponsorship packages personalised healthcare for the two events email [email protected] nUsing technology to prepare for, adapt to, and mitigate the challenges of the evolving health sector SAVE THE DATE – 14 June 2017, Brisbane www.atse.org.au/ageing The 2017 Dialogue will examine if health technology can help Australia rise to the challenge of adapting to the ageing face of the Nation, in order to mitigate issues of rising and shifting healthcare costs and needs.
    [Show full text]
  • Harrie Massey Medal for 2010 Awarded to Hans Bachor Alan
    AustPhys_475 20/04/11 11:45 PM Page OFCi Volume 47, Number 5, September/October 2010 Harrie Massey Medal for 2010 awarded to Hans Bachor Alan Walsh Medal for 2010 – Commercialising Laboratory Lasers Walter Boas Medal for 2010 – Plasma Nanoscience Bonsai Black Hole in Our Backyard AustPhys_475 20/04/11 11:45 PM Page OFCii AustPhys_475 20/04/11 11:45 PM Page 97 )*)& -+.," /-+)"/"-.*! +)&*"! )* +*#+ (30+-". "* ".1./"). /+)& +- "& -+. +,". **&*$0**"(&*$& -+. +,". )* .1./"). *+)& -+. ("*./-0)"*/"!*!"*//&+* *+)& -+) -+ -/ %.1./"). ((,&*+*&.'&$%"),"-/0-"*+ 00)-&+(+$1.1./"). * *!* **+,-/& ("!",+.&/&+* .1./"). ((" /+)& 1"-",+.&/&+* /%&*4() !",+.&/&+*.1./"). +* +*/ //%&*4())".0-")"*/+# +,/& ( +/&*$. *)/+ 2) AustPhys_475 20/04/11 11:46 PM Page 98 A Publication of the Australian Institute of Physics Promoting the role of physics in research, education, industry and the community. Editor Peter Robertson [email protected] Editorial Walter Boas Medal for 2010 100 Introducing the new editor of Australian 114 Ken Ostrikov describes how plasma Assistant Editor nanoscience is able to control complex Dr Akin Budi Physics organisations of atomic matter at sub- [email protected] President’s Column nanometre to microscopic scales Book Reviews Editor 101 Incoming AIP President, Marc Duldig, Dr John Macfarlane discusses the importance to our How Much Free Will Do We Have? [email protected] profession of ‘scientific volunteerism’ 119 The work of the ANU’s Michael Hall on the Bell inequalities is previewed by Tim Samplings Editor News & Comment Wetherall Don Price 102 Tanya Monro named South Australian of [email protected] the Year for 2011 Book Reviews 121 John Macfarlane on ‘The Cold Wars: A Editorial Board CERN Director-General announces new History of Superconductivity’ by Jean A/Prof Brian James (Chair) Australian centre Matricon and Georges Waysand Dr M.
    [Show full text]