NZMS Newsletter No.64, I Reported That Hans Lausch (Of Monash University) Is Doing Research Into Refugee Mathematicians During World War 2
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Otago's Distance Learning Programme
ISSUE 9 20 May 2011 OTAGO BULLETIN FORTNIGHTLY NEWSLETTER FOR UNIVERSITY STAFF AND POSTGRADUATE STUDENTS Researchers showcase their work Photo: Sharron Bennett Photo: Participants and audience members at a public event to showcase Otago’s cutting-edge research last month. The symposium, For the Public Good, attracted a record 30 early to mid-career staff from across the four academic Divisions to the Barnett Lecture Theatre.The group volunteered to boil down their work into mere four-minute presentations, creating a series of snapshots of the exciting research under way at Otago. A member of the public audience commented afterwards that “it was better than going to the movies,” says organiser Dr Jacob Edmond, who was delighted with the turnout of researchers – double last year’s – and the extremely high standard of all the presentations. Continued on page 2... Next Research Deputy Vice-Chancellor named Otago’s next Deputy Vice-Chancellor (Research and Enterprise) in 1993. From 2002 he was the Deputy Director of the Professor Richard Blaikie is excited about returning to the MacDiarmid Institute, succeeding Sir Paul Callaghan as university at which his scientific career began. Director in 2008. Professor Blaikie, who is currently a Professor at the University In addition to his Deputy Vice-Chancellor role at Otago, of Canterbury and Director of the MacDiarmid Institute for Professor Blaikie will hold a personal Chair in Physics. Advanced Materials and Nanotechnology, will take up the He says he is looking forward to taking up his new position. position in December. He replaces Professor Harlene Hayne, whose appointment as Otago’s next Vice-Chancellor was “Otago is noted for the strength of its research and my goal is to announced earlier this year. -
NZMS Newsletter No 79
Number 79 August 2000 NEWSLETTER OF THE NEW ZEALAND MATHEMATICAL SOCIETY (INC.) Contents PUBLISHER’S NOTICE EDITORIAL PRESIDENT’S COLUMN LOCAL NEWS NZMS Lecturer 2000 THE CRAWLER OBITUARY Emeritus Professor T.R.F. Nonweiler BOOK REVIEWS CENTREFOLD Professor Michael D Hendy CONFERENCES NOTICES NZMS APPLICATIONS FOR FINANCIAL ASSISTANCE MATHEMATICAL MINIATURE 12 Pascal's Triangle, Pade's approximations and an application PUBLISHER’S NOTICE This newsletter is the official organ of the New Zealand Mathematical Society Inc. This issue was assembled and printed at Massey University. The official address of the Society is: The New Zealand Mathematical Society, c/- The Royal Society of New Zealand, P.O. Box 598, Wellington, New Zealand. However, correspondence should normally be sent to the Secretary: Dr Charles Semple, Secretary, NZ Mathematical Society, Department of Mathematics and Statistics, University of Canterbury, Private Bag 4800, Christchurch. NZMS Council and Officers President Professor Graeme Wake (University of Canterbury) Immediate Past President Professor Rob Goldblatt (Victoria University) Secretary Dr Charles Semple (University of Canterbury) Treasurer Dr Mick Roberts (AgResearch) Councillors Dr Bill Barton (University of Auckland), to 2002 Professor Douglas Bridges (University of Canterbury) Dr Stephen Joe (University of Waikato) Dr Dennis McCaughan (University of Otago), to 2000 Dr Robert McLachlan (Massey University), to 2002 Dr Mick Roberts (AgResearch), to 2000 Dr Charles Semple (University of Canterbury), to 2002 Membership -
From Bats to Weta Holy Grail of Educational Research a Word From
October 2013 | Faculty of Science Alumni Magazine Issue 07 Clearing the air in Auckland How coffee can benefit your job Iconic species – from bats to weta Holy Grail of educational research A word from The University of Auckland Faculty of Science alumni magazine the Dean 2013 Editorial team: New Zealand has always had an impressive reputation for Rebekah Holmes, Linda Thompson innovation, and there’s growing awareness that science and Feature writer: Pauline Curtis innovation are critical to our future economic success. News writers: You can also read about how our mathematics Sabine Kruekel, Judith Poland department is keeping us at the forefront of Design: Timberlake Studio Ltd research and innovation in tertiary education. We’re very proud of the quality of teaching in Faculty of Science the Faculty. Our researchers’ success in their bid for this project, and the 2013 national Email: [email protected] teaching excellence award to Associate www.science.auckland.ac.nz/inscight Professor Cather Simpson, are just two examples of this. How alumni keep in touch Congratulations too, to the many other staff, Professor Grant Guilford, Dean of Science To ensure that you continue to receive students and alumni who have won accolades InSCight, and to subscribe to @Auckland, In recent years the Faculty of Science has this year, from honours for lifetime the University’s email newsletter for alumni achievement like Distinguished Professor and friends, please update your details: developed a comprehensive suite of initiatives to support key sectors of the New Zealand Margaret Brimble’s Rutherford Medal, Email: [email protected] economy, from the dairy industry to Professor James Goodman’s Eckert-Mauchly www.alumni.auckland.ac.nz/update biotechnology and high-tech manufacturing. -
RARE Velocimetry of Shear Banded Flow in Cylindrical Couette Geometry
RARE Velocimetry of Shear Banded Flow in Cylindrical Couette Geometry by Stefan Kuczera A thesis submitted to the Victoria University of Wellington in fulfilment of the requirements for the degree of Doctor of Philosophy Victoria University of Wellington 2015 Abstract A flow phenomena called ‘shear banding’ is often observed for a certain class of complex fluids, namely wormlike micellar solutions. Wormlike micelles are elongated flexible self-assembly struc- tures formed by the aggregation of amphiphiles, which may entangle into a dynamic network above a certain concentration threshold. The entanglement results in the sample having both solid-like (elastic) and liquid-like (viscous) properties, an ambiguity commonly found in com- plex fluids. Under certain shear conditions, the flow couples with the structure of the micellar network, leading to the formation of (shear) bands with differing viscosity. The principle goal of this work is to address open questions regarding the temporal and spatial stability of shear banded flow. Shear banding is often studied in cylindrical Couette cells, where the fluid is sheared in a gap between differentially rotating concentric cylinders. For the sake of an accurate description of the flow in such a shear cell, the methodology for a 2D Nuclear Magnetic Resonance (NMR) velocimetry technique (known as PGSE-RARE), which offers high temporal and spatial resolution, is improved and refined. Two main challenges are identified and overcome. The first concerns the fact that the velocity imaging process operates on a Cartesian grid, whereas the flow in the Couette cell is of cylindrical symmetry. Numerical calculations and NMR simulations based on the Bloch equations, as well as experimental evidence, give insight on the appropriate selection of the fluid volume over which velocity information is accumulated and the preferred scheme through which the NMR image is acquired in the so-called k-space. -
Sustainable Economic Growth for New Zealand: an Optimistic Myth-Busting Perspective
contributingpaper 1 Sustainable economic growth for New Zealand: An optimistic myth-busting perspective Sir Paul Callaghan 31 March 2011 This paper was prepared by Sir Paul Callaghan for the participants of the StrategyNZ: Mapping our Future workshop held in March 2011. Long-term vision is something we tend to avoid in New Zealand, with the possible exception of Måori, who have greater reason to focus on the development of their assets for future generations of mokopuna. But I will argue here that vision is essential to any strategy aimed at enhancing prosperity. It is my belief that we are poor because we choose to be poor, and that what holds us back are self-serving but dishonest myths. The first myth is that we are an egalitarian society, a great place to bring up children. But in income disparity, child mortality, imprisonment rates and most other negative social indicators, we are among the worst in the OECD. The second myth is that we are clean and green. In truth, the reality is altogether different. Like other developed countries we have despoiled our environment to eke out a measure of prosperity, and we therefore have no moral high ground from which to preach to others. Our valuable dairy industry severely impacts our rivers and lakes. Our pastoral industries are significant emitters of greenhouse gases. The third myth is that we, as New Zealanders, do not need prosperity, that we have ‘lifestyle’ instead. But we complain that our health system cannot afford to meet our needs and that our infrastructure is decrepit. -
The Book of Abstracts
1st Joint Meeting of the American Mathematical Society and the New Zealand Mathematical Society Victoria University of Wellington Wellington, New Zealand December 12{15, 2007 American Mathematical Society New Zealand Mathematical Society Contents Timetables viii Plenary Addresses . viii Special Sessions ............................. ix Computability Theory . ix Dynamical Systems and Ergodic Theory . x Dynamics and Control of Systems: Theory and Applications to Biomedicine . xi Geometric Numerical Integration . xiii Group Theory, Actions, and Computation . xiv History and Philosophy of Mathematics . xv Hopf Algebras and Quantum Groups . xvi Infinite Dimensional Groups and Their Actions . xvii Integrability of Continuous and Discrete Evolution Systems . xvii Matroids, Graphs, and Complexity . xviii New Trends in Spectral Analysis and PDE . xix Quantum Topology . xx Special Functions and Orthogonal Polynomials . xx University Mathematics Education . xxii Water-Wave Scattering, Focusing on Wave-Ice Interactions . xxiii General Contributions . xxiv Plenary Addresses 1 Marston Conder . 1 Rod Downey . 1 Michael Freedman . 1 Bruce Kleiner . 2 Gaven Martin . 2 Assaf Naor . 3 Theodore A Slaman . 3 Matt Visser . 4 Computability Theory 5 George Barmpalias . 5 Paul Brodhead . 5 Cristian S Calude . 5 Douglas Cenzer . 6 Chi Tat Chong . 6 Barbara F Csima . 6 QiFeng ................................... 6 Johanna Franklin . 7 Noam Greenberg . 7 Denis R Hirschfeldt . 7 Carl G Jockusch Jr . 8 Bakhadyr Khoussainov . 8 Bj¨ornKjos-Hanssen . 8 Antonio Montalban . 9 Ng, Keng Meng . 9 Andre Nies . 9 i Jan Reimann . 10 Ludwig Staiger . 10 Frank Stephan . 10 Hugh Woodin . 11 Guohua Wu . 11 Dynamical Systems and Ergodic Theory 12 Boris Baeumer . 12 Mathias Beiglb¨ock . 12 Arno Berger . 12 Keith Burns . 13 Dmitry Dolgopyat . 13 Anthony Dooley . -
Chemistry in New Zealand April 2007 New Zealand Institute of Chemistry Supporting Chemical Sciences April News NZIC News NEW ZEALAND INSTITUTE of CHEMISTRY
Inside Volume 71, No.1, April 2007 Articles and Features 2 NZIC April News 5 IC07 - Hobart 6 Molecular Materials Research within the MacDiarmid Institute Keith C. Gordon 9 Soft Matter in the MacDiarmid Institute Kathryn M. McGrath 14 Recent Chemistry of Advanced Inorganic and Hybrid Materials at the MacDiarmid Institute Kenneth J. D. MacKenzie 19 The Chemical History of Anaesthesia Joanna Wojnar 26 Obituary – Denis James Hogan 27 Denis Hogan on Chemical Education – The Last Comments 29 NZIC Conference – Rotorua Regular Columns 24 Conference Calendar 25 Patent Proze 32 New Zealand Science Scene 32 Chemistry Behind the News Advertisers Index Inside Front Cover Biolab Back Cover Phenomenex Inside Back Cover ChemEd007 5 IC07 Conference 1 Chemistry in New Zealand April 2007 New Zealand Institute of Chemistry supporting chemical sciences April News NZIC News NEW ZEALAND INSTITUTE OF CHEMISTRY 75th Anniversary – NZIC is 75 in 2007 NEWS cially shellfish toxins. This outstand- regard with which both Murray and Members will be aware of the death ing achievement, the first to a New John are held by their international of Victoria alumnus and Nobel Lau- Zealander, recognises an outstanding community. reate, Professor Alan MacDiarmid on synthetic chemist at the top of her field. The annual P B D De La Mare Me- February 7 from the numerous media morial Lecture on constructing reports (see earlier in this issue also). Dr Sheila Woodgate received a rich- quaternary carbon stereocenters: As announced in the December is- ly-deserved University Innovation in methods development and natural sue, the 2007 75th Jubilee President Teaching Award in recognition of her products total synthesis was given in is Jan Wikaira of the University of development of Best Choice. -
The 3X + 1 Problem: an Annotated Bibliography
The 3x +1 Problem: An Annotated Bibliography (1963–1999) (Sorted by Author) Jeffrey C. Lagarias Department of Mathematics University of Michigan Ann Arbor, MI 48109–1109 [email protected] (January 1, 2011 version) ABSTRACT. The 3x + 1 problem concerns iteration of the map T : Z Z given by → 3x + 1 if x 1 (mod 2) . 2 ≡ T (x)= x if x 0 (mod 2) . 2 ≡ The 3x + 1 Conjecture asserts that each m 1 has some iterate T (k)(m) = 1. This is an ≥ annotated bibliography of work done on the 3x + 1 problem and related problems from 1963 through 1999. At present the 3x + 1 Conjecture remains unsolved. This version of the 3x + 1 bibliography sorts the papers alphabetically by the first author’s surname. A different version of this bibliography appears in the recent book: The Ultimate Challenge: The 3x + 1 Problem, Amer. Math. Soc, Providence, RI 2010. In it the papers are sorted by decade (1960-1969), (1970-1979), (1980-1989), (1990-1999). 1. Introduction The 3x + 1 problem is most simply stated in terms of the Collatz function C(x) defined on integers as “multiply by three and add one” for odd integers and “divide by two” for even integers. That is, arXiv:math/0309224v13 [math.NT] 11 Jan 2011 3x +1 if x 1 (mod 2) , ≡ C(x)= x if x 0 (mod 2) , 2 ≡ The 3x + 1 problem, or Collatz problem , is to prove that starting from any positive integer, some iterate of this function takes the value 1. Much work on the problem is stated in terms of the 3x + 1 function 3x + 1 if x 1 (mod 2) 2 ≡ T (x)= x if x 0 (mod 2) . -
2010 Academy Annual Report
This document has been created from historical website content. 2010 Academy Annual Report The 2010 Academy Annual Report details the accomplishments of the Academy of the Royal Society of New Zealand throughout the year. Chair’s foreword In January 2010 the final act of “embracing the Humanities” within the Royal Society took place with the signing of an MOU between Te Whainga Aronui The Council for the Humanities and Te Apārangi the Royal Society of New Zealand. President Dr Garth Carnaby described this as landmark decision for both organisations. “For the first time there will be an organisation in New Zealand that promotes excellence in research and scholarship across all the disciplines and areas of knowledge.” The CV’s of the existing fellows of the Council for the Humanities were reviewed by the Academy Executive and these people were admitted to the Fellowship by a special resolution at the Fellow’s AGM. The Academy has continued to provide “information pieces” and forward- looking contributions on present and emerging debates that were introduced in 2009. In 2010, 2 information statements were prepared. Sea Level Rise: Emerging Issues recounted the significant changes in the scientific understanding of this issue since the 2007 Assessment Report by the IPCC. The Darfield Earthquake: The Value of Long-term Research was produced to document the research conducted in New Zealand over many years on how to construct and strengthen buildings to improve performance during large earthquakes. The application of this science and engineering undoubtedly played a big role in limiting the damage and injury caused by the 2010 Christchurch earthquake. -
2018 Annual Report
MacDiarmid Institute Annual Report 2018 MACDIARMID INSTITUTE 2018 ANNUAL REPORT Out of the lab 1 MacDiarmid Institute Annual Report 2018 Our focus is materials science research and technologies, especially the unexplored territory where chemistry, physics, biology and engineering meet. We collaborate to create new knowledge addressing the big problems of our time, and bring innovations to the marketplace and contribute to the New Zealand Economy. Our ultimate aim is to create technologies that can improve our lives and our environment. Introduction 1 MacDiarmid Institute Annual Report MacDiarmid Institute Annual Report 2018 2018 From 2002 - 2018 CONTENTS Introduction Into the community 656 PhD graduates Co-Director’s report—6 Overview—67 Chair’s report—7 Partnering to deepen and further our engagement—68 852 research alumni Public engagement events—69 Out of the lab Exploring synergies between two Overview—8 knowledge systems—70 3500+ AMN conference attendees New batteries, three approaches—12 Showcasing Science —72 When physics meets biochemistry—18 Taking hi-tech stories to museums —73 Annual symposium poster series—22 Materialise sustainable future forum—74 64 inventions patented Feeling the force of fungi to stop it Existing partnerships—80 killing our forests—24 House of Science—80 Biomaterials as surgical tools—28 Nano Girl—82 15 spinout companies created Virtual materials—30 Inspire festival—83 Metal organic frameworks (MOFs)—34 Kōrero partnership—83 Examining the nano-environment between Dancing with Atoms—83 cancer cells—38 Sunsmart -
2019 Academy Annual Report
2019 ACADEMY ANNUAL REPORT CHAIR’S FOREWORD The Academy celebrated the centenary of the Fellowship in 2019 with the induction of 20 new Fellows at a ceremony held in Wellington on 14 February, followed by the New Fellows’ Symposium. The diversity and range of scholarship in the academy was significantly enhanced with these new elections which included 11 women, 2 outstanding Māori scholars and one Fellow internationally recognised for original thinking and influence on the application of the Treaty of Waitangi in our law and society. In addition, three new Honorary Fellows were inducted at the ceremony. All three Honorary Fellows joined the new Fellows and friends of the Academy at a special dinner that evening. Our special guest, Dame Anne Glover, President of the Royal Society Edinburgh, gave the after- dinner address. To recognise the Academy’s centenary a cake was cut at the dinner by the oldest Fellow Dr Eddie Robertson OBE CBE FRSNZ who had turned 100 in January. A geophysicist, he was Director General of the DSIR in the last 10 years before his retirement. He was elected a Fellow in 1963. The following day, 14 February, Dame Anne Glover contributed alongside a number of other distinguished speakers to a hui on how we might better recognise many and diverse forms of excellence in science, technology, the humanities and mātaurangi as we strive to expand the scope and relevance of the Society and Academy to all New Zealanders. This was an extremely important discussion where we could share knowledge and practice across our scholarly communities to continue to improve our processes. -
NZMS Newsletter #67
THE NEW ZEALAND MATHEMATICAL SOCIETY (INC.) NEWSLETTER CONTENTS NZMS Council and Officers Editorial: Colloquiua, Matt Varnish Letter from Prof. Goldblatt on unit standards Local News New Colleagues: Mark Wilson, Warren Moors Maths Research Graduates, 1994-6 (just one word... plastics) Book Reviews by Vladimir Pestov & Ivan Reilly Centrefold: Derek Breach Conferences Conference reports: NZMC '96, Tolaga Bay '96 Visitors Notices: President's report & letter, bye-law changes Reports and minutes & NZMS Research Award Positions Available Solutions to crossword no. 48 NUMBER 67 August 1996 ISSN 0110-0025 NZMS COUNCIL AND OFFICERS President Professor Douglas Bridges (University of Waikato) Incoming Vice President Professor Rob Goldblatt (Victoria University) Secretary Dr Stephen Joe (University of Waikato) Treasurer Dr Mark McGuinness (Victoria University) Councillors Dr Rick Beatson (University of Canterbury), to 1999 Professor Michael Hendy (Massey University), to 1998 Dr Vivien Kirk (University of Auckland), to 1999 Dr Dennis McCaughan (University of Otago), to 1997 Dr Robert McLachlan (Massey University), to 1999 Dr Mick Roberts (AgResearch), to 1997 Membership Secretary Dr John Shanks (University of Otago) Newsletter Editor Professor Michael Hendy (Massey University) Legal Adviser Dr Peter Renaud (University of Canterbury) Archivist Professor John Harper (Victoria University) Visitor Liaison Dr David McIntyre (University of Auckland) Publicity Convenor Dr David McIntyre (University of Auckland) NEWSLETTER CORRESPONDENTS Sub-Editors Book Reviews