Professor Tanya Monro
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Productivity Innovation and Prosperity: the Great Australian Challenge
AUSTRALIAN ACADEMY OF TECHNOLOGICAL SCIENCES AND ENGINEERING (ATSE) NUMBER 170 FEBRUARY 2012 PRODUCTIVITY, INNOVATION AND PROSPERITY THE GREAT AUSTRALIAN CHALLENGE Contributors discuss the need to link productivity, competitiveness and innovation to the achievement of sustainable economic and social futures for Australia Productivity Innovation and Prosperity/The Great Australian Challenge Linking productivity, competitiveness and innovation to the achievement of sustainable economic and social futures for Australia. At Arup we see potential for a very Each year at Arup we offer our Arup's ongoing legacy is defined by bright future for Australia, one graduate program to ensure we our founding Principles, which can that is ecologically, socially and find and foster the best talent be simply understood as a economically sustainable. Australia has to offer. We are commitment to 'total architecture'. breeding the next generation Our diverse capability today is Our forefathers role in developing of leaders through diverse projects, the result of more than 60 years of our infrastructure and our cities has in house University accredited innovation in delivering complex enabled society to benefit from the programs and overseas postings. projects which fulfil and enrich the increasing productivity gains afforded ‘total architecture’ of today's society by growth in the quality of education, This deep pool of talent, combined and the emerging future. health and life. with our enduring ethos to shape a better world and an ownership These positive living conditions are structure that holds our business in now being dampened by infrastructure trust for the benefit of present and Encourage debate capacity limits, end of life replacement future employees, means we can requirements and sustainability issues. -
Impediments in the Technological Sciences
AUSTRALIAN ACADEMY OF TECHNOLOGICAL SCIENCES AND ENGINEERING (ATSE) NUMBER 171 APRIL 2012 WOMEN DRIVING FOR THE TOP IMPEDIMENTS IN THE TECHNOLOGICAL SCIENCES Contributors discuss the need for Australia to attract and optimise the skills of women in finding and applying the technologies to build a better Australia Arup, engineering firm of the year 2012 (revenue over $200m) “Thank you to all our clients, past and present, for helping us achieve this outstanding award.” Peter Bailey, CEO of Arup in Australasia We shape a better world | www.arup.com CONTENTS 1 APR 12 FOCUS 3 Leading the campaign to use our full human potential By Cathy Foley 5 Anything’s possible – expect the unexpected By Helen Garnett Taking up the academic challenge (page 27). 13 Women need to understand the corporate ‘game’ 9 16 The view through ATSE’s looking glass Breaking boundaries and 19 Can we be ourselves and be engineers? defying expectations 22 Dish it out and take it too By Tanya Monro 23 An energy-filled job 24 ‘Male’ career trajectories and academic AUSTRALIAN ACADEMY OF TECHNOLOGICAL SCIENCES AND ENGINEERING (ATSE) NUMBER 171 APRIL 2012 outputs more valued 28 Energy future needs a portfolio approach 29 Alan Finkel is next Academy President 53 ATSE in Focus WOMEN DRIVING FOR THE TOP Front cover: Women face a tough climb to the top – and for recognition and acceptance. Contributors discuss the need for Australia to attract and optimise the skills of women in finding Photo: iStockphoto and applying the technologies to build a better Australia – and the impediments women face in the technological sciences. -
In a World of Algorithms, What Is the Importance of Being Human?
IN A WORLD OF ALGORITHMS, WHAT IS THE IMPORTANCE OF BEING HUMAN? Bragg Member Question 2016 A publication In a world of algorithms, The Royal what is the Institution importance of being of human?Australia 1 In a world of algorithms, what is the importance of being human? 2 Contents Editors Carol Perkins Julie LeMessurier 4 Foreword - Dr Paul Willis 4 What is a Bragg member? Art Director/Designer Shawnee Willis Bragg Member Submissions In A World of Algorithms, 5 Dr Alan Finkel AO What is the Importance 7 Professor Lyn Beazley AO of Being Human? 9 Professor Marcello Costa is a publication of 11 Professor Michael Archer AM The Royal Institution of Australia 12 Emerita Professor Patricia Vickers-Rich 13 Peter Gago 16 Professor Tanya Monro 17 Adjunct Professor Zee Upton 20 Bragg Member Profiles In a world of algorithms, what is the importance of being human? 3 Foreword Dr Paul Willis Director, The Royal Institution of Australia In the third edition of his Systema Natura Carl Linnaeus named our species Homo sapiens. Literally translated to “know thyself”, in bestowing this name on us all Linnaeus was saying that the distinguishing feature of humans against all other life on Earth was our ability for introspection, the still undefinable character of consciousness and the unscientific but meaningful concept of a human spirit. It is this human spirit that has been the foundation for our success. Our ability for introspection spawned curiosity. For the first time in the history of life we could change our environment to suit our needs thus freeing ourselves from the endless iterations of Natural Selection where the environment shaped us. -
Focus-Issue-192 PDF 5 Mb
AUSTRALIAN ACADEMY OF TECHNOLOGICAL SCIENCES AND ENGINEERING (ATSE) NUMBER 192 OctoBER 2015 ADVANCED MANUFACTURING CHOOSE WHAT WE MAKE THEN MAKE THE BEST Australia can embrace the 21st century and move its manufacturing into a new and exciting era of impact 2016 NOMINATIONS NEW FORMAT AND CATEGORIES CALL FOR NOMINATIONS Nominations for the 2016 Clunies Ross Awards will close on Friday 30 October, 2015 There will be a new format and specific categories for the Awards in 2016. Over the past quarter of a century the Awards have recognised contributions by dedicated individuals to the application of technology for the benefit of Australia, highlighting ATSE’s commitment to fostering innovation and commercialisation and acclaiming the work of those taking the nation’s leading technologies to the marketplace. In recognition of the complex nature of such activities, from 2016 the Awards will be made in three categories with a single winner in each category. The winners will be announced at ATSE’s 2016 National Technology Challenges Dialogue in Sydney, planned for 15/16 June. IF YOU WISH TO NOMINATE A 2016 AWARD CANDIDATE GO TO THE ATSE WEBSITE, www.atse.org.au/CluniesRossAwards CATEGORIES CRITERIA The three award categories are: The award criteria are: 1. The award winner has made an identifiably significant Clunies Ross Entrepreneur of the Year Award contribution to the advancement of industry and/or For those who have been responsible for the creation of a the community through the application of science and product or service with a financially successful outcome, in technology for the economic, social and environmental either an early stage or mature company environment with benefit of Australia; demonstrated impact for Australia. -
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. -
Professor Jim Piper Festschrift 2013
High-speed, high-contrast luminescence biosensing: Finding a needle in a haystack Detection, quantification, or localisation The Background-free imaging is achieved of particular cells or molecules – quickly, by our foundation technology known as sensitively and accurately – is fundamental “time-resolved luminescence assay”, that to both modern biomedical research and employs a long-lived luminescent probe industry: from understanding sub-cellular which glows for longer than non-target processes and biochemical pathways to the background cells (illustrated in Fig 1). early detection of diseases in clinical settings. Therefore the time-gating renders non- However, molecules that are altered as a result target cells, debris and other particles of a pathological condition are generally practically invisible. present in low numbers, and are extremely Our new generation of patented Super dots difficult to detect. This is particularly true in can specifically tag the target cells to glow Professorthe early stages of disease development, Jim Piper amplified luminescence signal. This further posing a “needle-in-a-haystack” problem delivers high contrast at three orders of that demands both sensitivity and speed. Festschrift 2013magnitude more sensitive than conventional Current tests are either slow or not sensitive commercial “dots” or nanoparticles such as enough to detect the few altered cells that quantum dots. indicate a disease. For example, in order to Thursday 20th June 2013 Our proprietary device of Automated identify disease-causing pathogens in water scanning microscope can rapidly find 9amand food, – 5pm analytical techniques must be rare pathogenic microorganisms from sensitive enough to detect a single particular water dirt on a glass slide within 3 minutes.