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Magazine (Pacific Institute for the Mathematical Sciences) : vol. 8, issue 1, Fall 2004 Pacific Institute for the Mathematical Sciences 2004

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PIMS Magazine   Vol. 8 Issue 1   Fall 2004Inside this IssueDirector’s Notes 2Call for Scientific Proposals 2Personnel Changes at PIMS 3PIMS Scientists Receive Honours 3PIMS PDFs for 2004 4Banquet in Honour of Barry McBride 4Citation for Nassif Ghoussoub 5Call for Proposals for BIRS 2006 5BIRS 2005 Calendar 6Creative Scientific Writing at BIRS 7Collaborative Research Groups 9Arithmetic Progressions of Primes 10PIMS Industrial Programmes 11–12MITACS News 13NPCDS News Page 13PIMS Education Programmes 14–15Writing-on-Stone Provincial Park, near Milk River, Southern AlbertaPhoto Courtesy of Travel AlbertaNew BIRS Scientific Director Appointed5, 11, 17, 23, 29Long ArithmeticProgressions of PrimesBen Green on page 10The Board of Directors of the Pacific Institute for the Mathematical Sciences (PIMS), and theBoard of Trustees, Mathematical Science Research Institute (MSRI), are happy to announcethe appointment of Dr Nassif Ghoussoub as Scientific Director of the Banff International Re-search Station (BIRS) for a period of 3 years starting January 1, 2004. Dr Ghoussoub replacesDr Robert Moody who has led BIRS through its difficult initial stages.Dr Ghoussoub is presently Professor of Mathematics and “DistinguishedUniversity Scholar” at the University of British Columbia. He is the found-ing Director of PIMS (1996–2003), a co-founder of MITACS (Network ofCentres of Excellence in Mathematics of Information Technology & Com-plex Systems) and a member of its Board of Directors for the period 1998–2003. He is also a co-founder of BIRS and was Chair of its executivecommittee for the period 2000–2003.See New BIRS Scientific Director on page 5Nassif GhoussoubAlejandro Adem PIMS Deputy DirectorPIMS is pleased to announce the appointment of Alejandro Ademas PIMS Deputy Director effective January 1, 2005.  Until thenManfred Trummer will continue as Deputy Director.Professor Adem is a very distinguished topologist who has madeimportant contributions to the study of group actions and to thecohomology of finite groups.  He received his Ph.D. fromPrinceton University in 1986.  He was the Szegö Assistant Pro-fessor at Stanford University (1986–89) and a member of the Institute for AdvancedStudy (1989–90) before moving to the University of Wisconsin-Madison.He has held visiting positions at MSRI (1990), ETH Zurich (1993–94), Max PlanckInstitut Bonn (1997–98), University of Paris VII (1998), CRM Barcelona (1998), Univer-sity of Paris XIII (2000), and Hong Kong University of Science and Technology (2001).VIGRE Award to the University of WashingtonThe University of Washington (UW) has been awarded a five-year grant totalingUS$3.9M by the National Science Foundation (NSF) under the VIGRE programof the NSF Division of Mathematical Sciences.See New Deputy Director on page 3See VIGRE on page 4Contributed by Gunther Uhlmann, PIMS-UW Site DirectorAlejandro AdemThe scenic photographs in this magazine showcase some of theexceptionally beautiful surroundings of the various PIMS sitesVol. 8, Issue 12Director’s NotesCall for Scientific Proposals in the Mathematical SciencesPIMS now welcomes applications for support for conferences, workshops, seminars and related activities in the Mathematical Sciences, tooccur after April 1, 2005.  PIMS also invites scientists of PIMS universities to submit letters of intent for a period of concentration of aPIMS Collaborative Research Group.The deadline for applications is October 15, 2004. The results will be announced by January 31, 2005.For more information please see: http://www.pims.math.ca/opportunities/proposals.html.Ivar Ekeland, PIMS DirectorWhat do we have to show for the 2003-04 aca-demic year? First and foremost, the science,of course. Since April 2004, we have sevenPIMS Collaborative Research Groups simulta-neously working in periods of concentration, and26 post-doctoral fellows at the PIMS universi-ties. This has been generating a lot of scien-tific activity at the PIMS sites, and it has alsobeen attracting a lot of attention. Several promi-nent research institutes in mathematics aroundthe world are inquiring about the possibility ofassociating themselves with PIMS.While Ben Green was a post-doctoral fel-low at PIMS, he and Terry Tao have obtaineda remarkable result on prime numbers (seeGreen’s article in this newsletter). This is a tes-timony to the quality of the research at PIMS,and the excellent post-doctoral fellows we aregetting.We must continue to work hard to keep themomentum, and put every effort into quality tomake PIMS a leading research institute in theworld. To do this, we will be helped by the suc-cess of the Banff International Research Sta-tion, which is now almost through its secondyear of operations. BIRS is a huge success,and all the PIMS universities are benefiting fromits prestige and the fact that BIRS is attractingmany excellent mathematical scientists to theCanadian West. Again, we must work hard tobuild up and maintain the reputation of BIRS.This will be done by being uncompromising onquality, by being proactive in seeking out prom-ising developments of mathematics, and by im-proving the research conditions at the BanffCenter (for instance, by developing on-line li-brary resources). We are fortunate to haveNassif Ghoussoub as a Scientific Director ofBIRS, who will impart his energy and vision tothat task.It is also very good news for us that federalfunding for MITACS has been renewed for asecond seven-year period. This will certainlybe of help to PIMS in our own efforts to de-velop industrial projects. We all know how im-portant it is, for our research and for our stu-dents, to have good industrial contacts, and howdifficult and time-consuming it is to establishand maintain them. PIMS has succeeded indoing so, as the GIMMC and the IPSW havedemonstrated every year, but at a huge cost intime and effort. We are confident that MITACSwill help us overcome that barrier, and assistus in exploring new directions. The appointmentof Gary Margrave as PIMS Industrial Facilita-tor fits into that strategy.Other good news comes from the South.The University of Washington, which hasworked with us informally but closely for severalyears, has recently been awarded a prestigiousVIGRE grant (see this newsletter), and closercooperation with PIMS was a key element inthe grant application.PIMS had another very busy summer withnumerous conferences, workshops and summerschools. Special thanks go to the organisers ofthese events, and to the staff at all PIMS sitesfor their invaluable support. I would also liketo mention the many educational events thathave taken place during the year. PIMS per-sonnel have put an extraordinary amount ofenthusiasm and energy into organising theseevents, and they are indeed an important com-ponent of our mission. I am also pleased toannounce that PIMS is making a special efforttowards the First Nations, and that we will berepresented at the upcoming Provincial Con-ference on Aboriginal Education.Since June, scientists at PIMS-UBC havetaken advantage of the newly added space atour Central Office. I wish to thank UBC fordoubling the space available to PIMS. For thoseof you who know the PIMS site at UBC, wenow have expanded into the first floor, and wehave an interior staircase joining the first andsecond level, in the best mathematical tradition.We also have a new lecture/meeting room, anda small library. During the building period, therewas some disruption, as you may easily guessand as the pictures illustrate.I hope you enjoy this newsletter. Manythanks to Heather, Stefanie and Manfred forputting it together.PIMS-UBC Site Renovations: The new lecture room (left), and the interior staircase (right).Fall 2004 3In addition to the appointment of AlejandroAdem as Deputy Director, PIMS is pleased toannounce the following:New Board of DirectorsThe five founding universities have appointed rep-resentatives as follows: Bruce P. Clayman, VP Research, SFU Gary Kachanoski,  VP Research, U of A Donald E. Brooks, Associate VP  Research, UBC Michael Boorman, Dean of Science, U of C Martin Taylor, VP Research, UVicIn accordance with the member universities’agreement about PIMS, the university represen-tatives, together with the PIMS director, haveinvited three mathematical scientists from thePIMS community to join the renewed Board ofDirectors: Mark Lewis, Math and Stat Sciences, U of A Edwin A. Perkins, Mathematics, UBC Hugh C. Williams, Math and Stat, U of CThe following four people have been appointedfrom the industrial sector: Hugh Morris, President and CEO, Padre ResourceManagement, Delta (former Chair of the PIMSBoard) Brian Russell, VP, Veritas DGC Inc, Calgary Don Denney, Manager of Process Automation,Syncrude Canada Ltd, Edmonton Haig Farris, President, Fractal Capital Corp.Michael Boorman is the new Chair of thePIMS Board of Directors.To read the biographies of the board mem-bers please go to http://www.pims.math.ca/personnel/directors.html.New Site DirectorsGemai Chen became the new PIMS Site Direc-tor at the University of Calgary on June 1, 2004.He took over from Gary Margrave.Christopher Bose began his term as Univer-sity of Victoria PIMS Site Director on July 1,2004.  He took over from David Leeming.Gerald Cliff is the newPIMS Site Director at theUniversity of Alberta.  Histerm began  August  2004.Prior to that Bryant Moodiewas  Acting Site Director.Manfred Trummerand Gunther Uhlmanncontinue as  Site Directorsat SFU and UW, respectively.Please see http://www.pims.math.ca/whatsnew/new_site_directors.html.PIMS IndustrialCoordinatorGary Margrave is now thePIMS Industrial Coordina-tor.  This is a new positiondesigned to expand PIMSactivities in the industrialsector.PIMS Education Coordinator in BCMelania Alvarez-Adem will be the new Edu-cation Coordinator in BC, starting January 1,2005. Her role will complement that of KlausHoechsmann, PIMS Education Facilitator, giv-ing a boost to PIMS education activities in BC.Pi in the SkyManaging EditorDavid Leeming is now theManaging Editor of Pi in theSky magazine.  For the fulllist of  Editorial Board Mem-bers see page 14. David  isalso active in various PIMSeducation initiatives.For the full announcement about the three new po-sitions listed above please see http://www.pims.math.ca/whatsnew/new_others.html.A d m i n i s t r a t i v eChangesOn February 1, 2004 ShelleyAlvarado was appointedChief Operations Officer.Andrea Hook has left PIMSto pursue a career in teach-ing.  Fanny Lui is the newPIMS Administrator.Personnel Changes at PIMSGemai ChenGary MargravePIMS Scientists ReceiveHonoursThe Canadian Mathematical Society (CMS)has selected Joel Feldman (UBC) as thewinner of the 2004 Jeffery-Williams Prizeand Jingyi Chen (UBC) as the winner ofthe 2003 Coxeter-James Prize.The Jeffery-Williams Prize recognizesmathematicians who have made outstand-ing contributions to mathematical research.Joel Feldman gave the 2004 Jeffery-Will-iams Prize Lecture at the CMS SummerMeeting, hosted by Dalhousie University,in June 2004.The Coxeter-James Prize recognizesyoung mathematicians who have made out-standing contributions to mathematical re-search.  Jingyi Chen presented the 2003Coxeter-James Prize Lecture at the CMSWinter Meeting, hosted by SFU, in Decem-ber 2003.The two joint winners of the CRM-Fieldsprize for mathematics for 2002–2003 wereJohn McKay (Concordia) and EdwinPerkins (UBC). The prize, awarded annu-ally by the Centre de RecherchesMathématiques in Montreal and the FieldsInstitute in Toronto recognises exceptionalcontributions by a mathematician workingin Canada. Ed Perkins is a member of thePIMS Board of Directors.Nassif Ghoussoub received an HonoraryDoctorate from the University of Paris IX inJune of this year. Nassif is a former directorof PIMS and he is now the Scientific Direc-tor of BIRS. The citation for the honorarydegree is on page 5 of this newsletter.David LeemingChristopher BoseAndrea Hook at herfarewell receptionGerald CliffNew Deputy DirectorContinued from page 1Professor Adem's awards include the A.P.Sloan Doctoral Dissertation Fellowship (1985),the National Science Foundation Young Inves-tigator Award (1992), the Romnes Faculty Fel-lowship (1995), and the Vilas Associate Award(2003).Professor Adem brings to PIMS high scientificprestige and considerable administrative experience.He has been Chair of the Department of Mathemat-ics at the University of Wisconsin-Madison (1999–2002), and he is currently co-chair of the ScientificAdvisory Committee of MSRI.Vol. 8, Issue 14PIMS PDFs for 2004PIMS is pleased to announce the PIMS Postdoctoral Fel-lows (PDFs) for 2004.  The members of the review panelwere Kieka Mynhardt (UVic), Chen Greif (UBC), DerekBingham (SFU), Sudarshan Kumar Sehgal (UA) andMichael Lamoureux (UC), chair of the review panel.New PIMS PDFs:Omer Angel: Probability.  Supervised by GordonSlade (UBC).Wael Bahsoun: Measurable Dynamics. Chris Bose(UVic).Boaz Ben-Moshe: Computational Geometry. BinayK. Bhattacharya (SFU).Shlomo Hoory: Expander Graphs. Joel Friedman(UBC).Hosne Ara Jasmine: Computational Fluid Mechan-ics. Bruce R. Sutherland (UA).Antonia Kolokolova: Computational Logic. EugeniaTernovska (SFU).Youngsuk Lee: Computing and Atmospheric Model-ling. Mary Catherine Kropinski/David J. Muraki (SFU).Wilson Lu: Statistics. Derek Bingham (SFU).Mario Pineda-Krch: Mathematical Ecology. MichaelDoebeli (UBC).Jens Rademacher: Dynamics/Scientific Computing.Michael Ward/Ralf Wittenberg (UBC/SFU).Jonathan Walgate: Quantum Information Science.Barry C. Sanders (UC).2003 PIMS PDFs Renewed in 2004:Lyonell Boulton: Spectral Theory of Linear Opera-tors. Paul Binding (UC).Dominic Brecher: String Theory CRG (UBC).Jae-Hun Jung: Theoretical Chemistry, Spectral Meth-ods. Bernie Shizgal (UBC).Kyungkeun Kang: Nonlinear PDEs. Stephen Gustafson/Tai-Peng Tsai (UBC).Friederich Littman: Number Theory CRG (UBC/SFU).Frithjof Lutscher: Mathematical Ecology andEvolution CRG (UA/UC).Jan Manuch: Computer Science, Communication Com-plexity. Arvind Gupta (SFU).Bahram Rangipour: Algebraic Topology. JohnPhillips (UVic).Anne-Gaelle Rolland-Lagan: Computer Science, Mod-elling and Simulation in Mathematics. PrzemyslawPrusinkiewicz (UC).Chris Rowe: Number Theory CRG (UBC/SFU).Jacob Shapiro: Algebraic Geometry, Gromov-WittenInvariants. Kai Behrend/Jim Bryan (UBC).Vardarajan Suneeta: Don Page (UA).Jian-Jun Xu: Scientific Computing CRG (SFU).Jianying Zhang: Scientific Computing CRG (UBC).A Banquet in Honour of Barry McBrideOn Friday May 21, 2004, PIMS and MITACS held a banquet in honour of Barry McBride atthe University Golf Club near UBC. The banquet celebrated one of many legacies of BarryMcBride: His defining role in the remarkable development of the mathematical sciences inwestern Canada during the last decade.Barry McBride recently finished his term as Vice-President Academic and Provost ofthe University of British Columbia completing several decades of dedicated service toUBC and to Canada, both as an inspirational leader and as a tireless advocate for Canada'squest for academic excellence.Notable among Barry's many achievements are his crucial contributions to the successof the mathematical science community in BC and Alberta with its hugely positive impact inthe rest of Canada and the Pacific Northwest. Barry's leadership and unwavering supportwere instrumental in the creation of the Pacific Institute for the Mathematical Sciences(PIMS), the MITACS Network of Centres of Excellence, the Banff International ResearchStation (BIRS), as well as in the emergence of UBC’s mathematical science community toa position of worldwide prominence.VIGRE grant to UWThe main goal of VIGRE is to attract andretain more US citizens and permanent resi-dents into the mathematical sciences at alllevels.  This award builds on the accom-plishments of a previous VIGRE award tothe UW in 1999, one of the first given, butat a level that is nearly double that of theprevious award.  The competition was keen:out of 29 proposals only three were funded.Dinner speeches celebrating the contributions of Barry McBrideTop row: John Waterhouse, VP Academic at SFU; John Hepburn, Dean of Science, UBC withNassif Ghoussoub; Indira Samarasekera, VP Research at UBC.Second row: Arvind Gupta, Scientific Director of MITACS, and Ivar Ekeland, Director of PIMS;Barry McBride; Nassif Ghoussoub, BIRS Scientific Director, MC for the event.Last row: Ivar Ekeland and Barry McBride; Barry McBride, John Waterhouse and Ken Foxcroft(former Board Member of PIMS).                    Continued from page 1The principal investigators on the VIGRE grantare Douglas Lind, Loyce Adams, PeterGuttorp, Selim Tuncel, and Kai-Kat Tung. Oneof the components of this VIGRE award isintegration with PIMS in order to create newresearch opportunities for students, postdocs,and faculty of the University of Washington.The VIGRE award will further strengthenthe ties between PIMS and the University ofWashington, and provide new avenues to sup-port our collaborations.Fall 2004 5The Pre-Arrival BIRS Team: Jacqueline Kler (BIRS Programme Coordinator),Dil Bains (UVic Admin Assistant) and  Barbara Dempsey (BIRS Admin Assistant)New BIRS Scientific DirectorContinued from page 1Dr Ghoussoub was the recipient of the Coxeter-James prize in 1990, of aKillam senior fellowship in 1992 and has been a fellow of the Royal Societyof Canada since 1993. He was chair of NSERC's grant selection committeefor mathematics in 1995–1996 and vice-president of the Canadian Math-ematical Society from 1994 to 1996. He was co-editor of the Canadian Jour-nal of Mathematics from 1993 to 2002 and is currently on the editorial boardof various international journals. His present research interests are in non-linear analysis and partial differential equations.As Scientific Director of BIRS, Dr Ghoussoub will be responsible for theoverall functioning of the scientific and intellectual activities of the Station,and will act as an ambassador and as its public representative. He will chairits Scientific Advisory Board and its Steering Committee and will make surethat all scientific activities of the Station are run at the standards and with theintegrity expected by its sponsoring foundations and granting councils.Citation for Dr Ghoussoub’sHonorary DoctorateCitation by Ivar EkelandCall for proposals forBIRS 2006The Banff International Research Station forMathematical Innovation and Discovery (BIRS)is now accepting proposals for its 2006programme.Complete information, guidelines, and onlineforms are available at the BIRS website http://pims.math.ca/birs.BIRS will be again operating for 40 weeksin 2006 and will be running each week, either afull workshop (40 people for 5 days) or twohalf-workshops (20 people for 5 days).  BIRSprovides full meals, accommodation,  and re-search facilities at no cost to organisers andinvited participants, in a setting conducive toresearch and collaboration.The deadline for 5-day workshop proposalsand Summer Schools is October 15, 2004.In addition, BIRS will host 2-day workshops.BIRS will also operate its Research in Teamsand Focused Research Groups programmes,which allow smaller groups of researchers to gettogether for several weeks of uninterrupted workat the station.October 15, 2004 is also the preferred date toapply for these programmes.  Proposals for projectsother than 5-day workshops, however, can be sub-mitted anytime — subject to availability —  at least4 months before their requested start date.If possible, proposal submissions should bemade using the online submission form at http://www.pims.math.ca/birs/.Vol. 8, Issue 16Mar 12–17 Dynamics, Probability, and ConformalInvariance: P. Jones (Yale), M. Yampolsky (Toronto),I. Binder (Toronto), S. Rohde (Washington)Mar 19–24 Computational Fuel CellDynamics-III: B. Wetton (UBC), K. Promislow(Michigan State), J. St. Pierre (Ballard)Mar 26–31 Representations of Kac-MoodyAlgebras and Combinatorics: V. Chari(UC Riverside), G. Cliff (Alberta), P. Littelmann(Wuppertal), N. Reshetikhin (Berkeley)Apr 2–7 Workshop in HomotopicalLocalization and the Calculus of Functors:G. Peschke (Alberta), K. Bauer (Calgary),R. Cohen (Stanford), H. Sadofsky (Oregon)Apr 9–14 Complex Data Structures:J. Stafford (Toronto), J. Berger (SAMSI),M. Thompson (Waterloo), N. Reid (Toronto)Apr 16–21 Numerical Relativity: R. LeVeque(Washington), M. Choptuik (UBC), L. Lehner(Louisiana State), D. Arnold (Minnesota),E. Tadmor (Maryland)Apr 23–28 Applications of Torsors to GaloisCohomology and Lie Theory: A. Pianzola (Alberta),V. Chernousov (Alberta), S. Kumar (North Carolina),D. Harari (ENS Paris)Apr 30–May 05 Micro- and Nano-fluidic SystemsDescriptions: J. Harrison (Alberta), J. Santiago(Stanford), K. Jensen (MIT)May 7–12 Aggregation and Disaggregation:Characterization and Identification ofCollective Demand: P. A. Chiappori (Chicago),I. Ekeland (UBC)May 14–19 Densest Packings of Spheres:K. Bezdek (Calgary), H. Cohn (Microsoft Research),C. Radin (Texas, Austin)May 21–26 Moment Maps in VariousGeometries: E. Lerman (Illinois UC), L. Jeffrey(Toronto), E. Meinrenken (Toronto), Y. Karshon(Toronto), T. Holm (Berkeley)May 28–June 2 Critical Scaling for Polymersand Percolation: D. Brydges (UBC), J. Chayes(Microsoft Research), G. Slade (UBC)June 4–9 Mathematical Issues in MolecularDynamics: P. Tupper (McGill), R. Skeel (Illinois UC)June 11–16 Geometric and Asymptotic Methodsin Group Theory: A. Rhemtulla (Alberta), M. Sapir(Vanderbilt), R. Grigorchuk (Texas A&M),A. Olshanskiy (Vanderbilt), D. Wise (McGill)June 18–23 Combinatorial Game TheoryWorkshop: R. Nowakowski (Dalhousie),E. Berlekamp (Berkeley), M. Müller (Alberta), D. Wolf(Gustavus Adolphus)July 9–14 Rigidity, Dynamics, and GroupActions: D. Fisher (Lehman, CUNY), R. Spatzier(Michigan), D. Witte Morris (Lethbridge)July16–21 Mathematical Biology of the Cell:Cytoskeleton and Motility: L. Keshet (UBC),A. Mogilner (UC Davis), P. Janmey (U Penn),E. Cytrynbaum (UBC)July 30–Aug 4 Renaissance Banff: Mathematics,Music, Art, Culture: R. Moody (Alberta),N. Ghoussoub (UBC), C. Rousseau (Montreal),R. Sarhangi (Towson), J. Morrow (Banff Centre)Aug 20–Aug 25 Mathematical Epidemiology:P. van den Driessche (Victoria), H. Hethcote (Iowa),S. Levin (Princeton)Aug 27–Sept 1 Topology: R. Stern (UC Irvine),I. Hambleton (McMaster), M. Hopkins (MIT),M. Kreck (Heidelberg)Sept 3–8 Workshop on Analytic and AlgebraicMethods in Complex and CR Geometry:J. Bland (Toronto), Y.-T. Siu (Harvard), J. Kohn(Princeton), L. Lempert (Purdue), J. D'Angelo(Illinois UC)Focused Research Groups (FRG), Research in Teams (RIT), Summer Schools (SS) & 2-Day Workshops in 2005Banff International Research Station: 5-Day Workshops in 2005Mar 12–26 Analysis, Computations, and Ex-periments on Pinch-off in Liquid Jets (FRG):R. Miura (New Jersey), H. Huang (York),D. Papageorgiou (New Jersey), M. Siegel (New Jersey)Mar 17–19 Second Northwest FunctionalAnalysis Symposium (2-day): V. Runde (Alberta)Apr 30–May 14 Speciality of Malcev Algebras(RIT): M. Bremner (Saskatchewan), I. Hentzel (Iowa)May 12–14 The Dark Side of Extra Dimensions(2-day): V. Frolov (Alberta), D. Page (Alberta)May 14–28 Affinizations of Extended AffineLie Algebras (RIT): A. Pianzola (Alberta), B. Allison(Alberta), S. Berman (Saskatoon)May 19–21 Convex and Abstract Polytopes (2-day): E. Schulte (Northeastern), T. Bisztriczky (Calgary),A. Weiss (York)Jul 21–23 Connecting Women in MathematicsAcross Canada II (2-day): M. Dubiel (SFU), R. Kuske(UBC), G. de Vries (Alberta)Aug 6–20 Computing the Continuous Dis-cretely: Integer-point Enumeration in Poly-hedra (SS): M. Beck (MSRI), S. Robins (Temple)Aug 25–Sep 3 Symmetries of Extremal Confor-mal Mappings (RIT): E. Schippers (Michigan)Nov 5–12 Hyperbolic Geometry andQuasiconformal Mappings (FRG): P. Bonfert-Taylor (Wesleyan), M. Bridgeman (Boston), R. Canary(Michigan), G. Martin (Auckland), R. Schwartz (Mary-land), E. Taylor (Wesleyan)Date TBA The Kneser-Poulsen Conjecture(2-day) : K. Bezdek (Calgary), R. Connelly (Cornell)Date TBA Number Theory in Mirror Symmetry(RIT): N. Yui (Queens)May 28–Jun 11 Influenza Dynamics: Models andData (FRG): D. Earn (McMaster), J. Dushoff(Princeton), J. Plotkin (Harvard)Jun 9–11 Meeting of Canadian CS Chairs -CACS/AIC (2-day): G. McCalla (Saskatchewan),K. Barker (Calgary)Jun 11–18 Hyperplane Arrangements:Cohomology and Rational Homotopy (FRG):G. Denham (Western Ontario)Jun 22–Jul 4 2005 Summer IMO Training Camp(SS): B. Sands (Calgary)Jun 25–Jul 9 PIMS Summer School (SS)Jul 16–30 Topological Methods for AperiodicTilings (FRG): I. Putnam (Victoria), Kellendonk(Lyon), L. Sadun (Texas, Austin)Sept 10–15 Interactions BetweenNoncommutative Algebra and AlgebraicGeometry: C. Ingalls (New Brunswick), M. Artin(MIT), Z. Reichstein (UBC), L. Small (UC, San Diego),J. Zhang (Washington)Spet 17–22 Order, Disorder, and Transport:Recent Advances in Schrödinger OperatorTheory: P. Hislop (Kentucky), R. Froese (UBC),V. Jaksic (McGill), A. Klein (UC, Irvine)Sept 24–29 Time-frequency Analysis andNonstationary Filtering: G. Margrave (Calgary),H. Feichtinger (Vienna), K. Groechenig (Connecticut),M. Lamoureux (Calgary)Oct 1–6 Challenges in Linear and PolynomialAlgebra in Symbolic Computation Software:E. Kaltofen (North Carolina State), W. Decker(Saarlandes), K. Geddes (Waterloo), S. Watt(Western Ontario)Oct 8–13  Progress in Algebraic GeometryInspired by Physics: M. Thaddeus (Columbia),J. Bryan (UBC), R. Vakil (Stanford)Oct 15–22 MITACS WeekOct 22–27 Visco-plastic Fluids: from Theory toApplication: I. Frigaard (UBC), N. Balmforth(UC, Santa Cruz)Oct 29–3 Probabilistic Combinatorics: RecentProgress and New Frontiers: B. Sudakov(Princeton), N. Alon (Tel Aviv), B. Reed (McGill),V. Vu (UC, San Diego)Nov 5–10 Number Theory Inspired byCryptography: D. Boyd (UBC), C. Pomerance(Dartmouth), I. Shparlinski (Macquarie), H. Williams(Calgary)Nov 19–24 MSRI Hot TopicDec 3–8 PIMS Hot TopicDec 10–15 Regulators II: J. Lewis (Alberta), V. Snaith(Southampton)Fall 2004 7In the spring of 2004, tucked in between work-shops on mathematical logic and foundations,manifolds and cell complexes, Fourier analysis,numerical analysis, probability theory and sto-chastic processes, mechanics of particles andsystems, game theory, economics, social andbehavioural sciences, dynamical systems andergodic theory, and quantum theory, BIRS heldits second five day experimental workshop oncreative scientific writing. The first took placein September, 2003. Curious colleagues haveasked us, and continue to ask, what these work-shop were like and what they accomplished. Inthe self-interview that follows, we address theseand other questions.Why hold workshops on creative scientific writ-ing at BIRS or anywhere else? Mathematics is anart form, so isn’t mathematical writing creative?Alas, the population that recognizes the creativ-ity in a mathematical or scientific paper is smallerby many orders of magnitude than the numberwho remember their Latin. By creative scientificwriting we mean something else: mathematicaland scientific ideas as subjects for poetry, drama,short stories, novels, nonfiction, comic books,essays, and film.Why would anyone write about science and math-ematics in this way?  Does anyone do it?Mathematics is part of world culture, part ofthe human spirit. It’s as fit a subject for art,music, and literature as any other. As for who,some mathematicians write poetry, fiction, non-fiction, or drama. And there are non-mathemati-cian poets, fiction writers, nonfiction writers anddramatists whose work engages mathematiciansThe Creative Scientific Writing Workshops at BIRSAn interview with and by the organisers: Marjorie Senechal (Smith College) and Chandler Davis (University of Toronto)and mathematical ideas. Our first workshop hadfifteen participants, all highly accomplished, andthe second had twenty, ditto.But aren’t you mixing apples and eggs?Talk about mixing! But, with garlic and salt,apples and eggs make an excellent omelet. Weassumed from the start—and now we firmlybelieve—that non-mathematicians who writecreatively about mathematics and mathematicians,and mathematicians engaged in creative writing,have a lot to teach and learn from one another.Okay, but isn't it confusing to mix all those liter-ary genres?On the contrary! Creative writing is oftensparked by cross-genre insights. For example,in our workshops a poet helped a fiction writerfind a better way to tell the end of his story. Amathematician nonfiction writer helped a dra-matist extend the ideas of her play, ideas a film-maker sitting in on their discussions recast in dog-gerel form. A novelist had insightful comments onpoetry. Of course, it helped a lot that we pressedeveryone to circulate his or her work in advance.By the time we arrived in Banff, we’d read it all,thought about it, and were eager to comment.Why should BIRS take the lead in encouraging this?Call it “outreach” if you like, part of the largereffort of mathematicians everywhere in thesedays of dwindling funds to explain who we areand what we do — and why it matters. Or, ifyou prefer, an effort to engage scientists andmathematicians in a wider world of discourse.The need to create a body of literature aroundmathematics and science is widely acknowledgedby mathematicians and non-mathematicians alike.But is there an audience for cre-ative scientific writing, as youdescribe it?The popularity of plays likeProof and biographies like ABeautiful Mind and The ManWho Loved Only Numbersshow that there's a large andgrowing public eager to sharein the great ideas of mathemat-ics and science. The creativewriter’s job is not to coercethem to eating these things likemedicine hidden in jam, but toconvey these ideas through lit-erature instead of formalism.Yet except for obvious examples, like those youcited, creative writing about the content of math-ematics is extremely rare and creative writingabout the activity of mathematical creation iseven rarer.That’s why we organised the workshops: toencourage practitioners who engage this contentin their work. To give them opportunities todiscuss important issues, to learn what othersare doing, to encourage each other, to critiquecurrent work, to welcome young writers intothe field, to spark collaborations, to forge net-works and build community.Then the creative writing workshops’ goals arethe same as any other BIRS workshop!Yes, but as we noted in our report to BIRS after thefirst workshop, our program is, of necessity, highlyexperimental. In the first workshop we followedthe standard practice of assigning each participantan hour lecture slot. But that didn’t always givepeople the detailed, line-by-line, feedback somehoped for. And a few people read work they’dalready published, so feedback was moot. We foundwe needed to set aside time for other things too.So, for the second workshop we modified the for-mat in various ways.How did you organise the time?Well, a typical day went like this:8–9: Breakfast in Corbett Hall, BIRS’s head-quarters9–10: Reflections: the full group meets to dis-cuss, orally or in writing, issues raised or workspresented the previous day; further ideas andinspirations.10–11 and 11–12: Two presentations of works-in-progress to the full group, followed by discussion.12–1:30: Lunch1:30–4:30: Time free for writing4:30–6: Parallel sessions — as many as anyonewished — on works-in-progress in small groups,two to ten, for line-by-line comments and editing6–7:30: Dinner in the Banff Centre dining hall7:30–9: Discussions of general issues, or publicreadings with participants in the Banff Centre'sworkshop Writing With Style.Tell us about the evening discussions.The first was called, “What, Why, and ForWhom?” It covered a lot of ground, from la-menting math phobia and emphasizing the needfor better science and mathematics education, toconsidering the many forms that outreach canParticipants at the 2004 BIRS Creative Scientific Writing WorkshopVol. 8, Issue 18The Banff Centre, the CMS, and PIMS will hosta 4-day conference bringing mathematicians andartists together to encourage and demonstrate themany exciting connections that link the worldof mathematics to the visual arts, music, sculp-ture, architecture, poetry, computer graphics,theatre, and indigenous cultures.The conference is the first time the verysuccessful international Bridges Conference(http://www.sckans.edu/~bridges/) is comingto Canada, and to celebrate this, one day willbe devoted to the life-long interests and con-nections of the late Donald Coxeter to theworld of artists and the arts, and to ways ofcontinuing and encouraging his legacy.The conference will also be of great interestto teachers at all levels in mathematics.• General Sessions: to introduce new and inno-vative approaches in mathematical connectionsin science and art by inviting international schol-ars and artists as invited speakers.• Special Sessions: the conference encouragesparticipants to contribute to the conference bypresenting their own works in the Special Sessions.• Workshop Sessions: providing opportunitiesfor participants to watch and work hands-on withestablished artists who are crossing the math-ematics-arts boundaries.• Musical and theatrical performances.• Conference Proceedings:  available at thetime of the conference — a resource book andguide to further exploration of the talks andexhibits of the conference.RENAISSANCE BANFFRenaissance BanffA Mathematics-ArtsConference at theBanff Centre, Banff, AlbertaJuly 31 to August 3, 2005http://www.pims.math.ca/RenaissanceBanff/RenaissanceBanff@pims.math.caOrganisers: Reza Sarhangi,Christiane Rousseau,Nassif Ghoussoub, Robert MoodyRenaissance Banff Logo designed byRobert J. Krawczyktake. And we lamented the worm in the apple:Proof, A Beautiful Mind and other popular workswouldn’t have been so successful had the math-ematician character been sane.Audiences always prefer demented geniuses, orflawed ones. Not only scientists and mathemati-cians. Think of Amadeus, about Mozart, and allthose films about van Gogh.It’s true, it’s very difficult to portray intellectualcreativity of any kind. But the scientific/mathemati-cal nut is tougher to crack — sorry, wrong meta-phor. I mean, the mad composer or painter or writercan be shown composing or painting or writingmadly, furiously, but in the end he or she producessomething the public can hear or see or read. Whilea mathematician, mad or sane, produces a mysti-fying theorem. But on the other hand, the playCopenhagen was a great success and the novelEinstein's Dreams conveys the scientific creativeprocess in a beautiful way.  And Arcadia, a funnyand chaotic play whose leitmotif is chaos theory,is a modern classic. The mathematical formalism issymbolized in its structure.Using a mathematical structure to talk about math— that reminds me of a sonnet by Edna St. VincentMillay, “Euclid alone has looked on Beautybare.” The poem's strict form mirrors deduc-tive geometry’s austere beauty. “Fortunate theyWho, though once only and then but far away,Have heard her massive sandal set on stone.”Would you say the sonnet form has mathemati-cal affinities?One of us would, the other wouldn't. But that'sa discussion topic for a future workshop. Backto your earlier question: our discussion the lastnight was, “Where Do We Go From Here?”The last night? Then tell us first about the publicreadings.Well, as you know, BIRS is located in the world-renowned Banff Centre. With studios nestled inthe woods, outstanding mentors, excellent per-formance spaces and a fine library, the BanffCentre nurtures aspiring, mid-career, and estab-lished musicians, painters, photographers, writ-ers, and actors. Artists love Banff. And Banffloves the artists: the centre's world-class exhibi-tions, public readings, and performances enhanceBanff’s appeal to tourists year-round. The BIRSleadership hopes BIRS will interact with theCentre. So in organising our workshops, weworked closely with Carol Holmes and EdnaAlford of the Banff Centre’s Writing and Pub-lishing Program. Their “Writing in Style” work-shop and our second workshop took place thesame week. On two evenings, we merged thetwo groups for informal public readings. A fewparticipants in other BIRS and Banff Centre pro-grammes attended too. We hosted an evening ofpoetry, with eleven readers from both groups.They hosted a prose reading evening, with fewerreaders of course, but again from both groups.And were these readings successful?Very. Participants in the two groups met oneanother and some of their conversations contin-ued at meals the next day. Another importantbenefit was the opportunity for writers, in bothgroups, to read their work to and get responsesfrom audiences outside their usual orbits.So where do we go from here?In many directions! Workshop participants planto stay in touch, and to keep each other informedof the progress of their work. We will share infor-mation about publishers and agents. Someone sug-gested we ask BIRS to link our publications to itswebsite. The Mathematical Intelligencer alreadyencourages creative writing in mathematics, but wewant it to do even more. We hope to hold anotherworkshop at BIRS in the future, in close associa-tion with Banff Centre writing programs, and topublish an anthology under their auspices.I can see it now: a hefty tome, the year's BestCreative Writing in Mathematics.Yes, the hottest item in the bookstore, its salestopping the year's best short stories, best es-says, best mystery stories, best political fiction,best non-required reading, best recipes, best sci-ence and nature writing, best spiritual writing, bestsports writing, best travel writing, and best erotica.Hors de doute. Merci.Fall 2004 9PIMS Collaborative ResearchGroup Activities Summer 2004PIMS CRG on Scientific ComputingPIMS CRG on Number TheoryPIMS CRG on Dynamics & RelatedTopicsPIMS CRG on Topology & Knot TheoryString Theory CRG: Participants in this year’sFrontiers of Mathematical Physics Conferenceposing putside the PIMS-UBC office.Call for Proposals:Letters of Intent —Periods of Concentrationfor CRGsPIMS invites interested researchers tosubmit letters of intent for periods of con-centration of a collaborative researchgroup to start in or after April 2006. Dead-line: October 15, 2004. Letters of intentshould be 2–4 pages long. On advice ofthe PIMS Scientific Review Panel thePIMS Director will invite successfulgroups to submit a full proposal for a pe-riod of concentration. Full proposals areusually developed in consultation with thePIMS Deputy Director and Site Directors.For more details please consult the “Op-portunities” section of the PIMS websiteat pims.math.ca.PIMS CRG on String TheoryPIMS CRG on Mathematical Ecologyand EvolutionProbability and Statistical Mechanics CRG:Participants of the Summer School in Probabilityin the recently renovated PIMS conference roomat UBC.  The summer school took place from May25–June 25, 2004.Probability and Statistical Mechanics CRG:Robert Wolpert (Duke, former student of Ed Nelson),Gerald Folland (Washington), Greg Lawler (Cornell)and Ed Nelson (Princeton) outside PIMS-UBC.  Theywere part of “Analysis, Probability, and Logic: AConference in Honour of Edward Nelson” which washeld June 17–18, 2004.PIMS CRG on Probability andStatistical MechanicsNumber Theory CRG: PIMS Distinguished ChairBjorn Poonen (shown above) from UC, Berkeleyspoke at the Computational Arithmetic GeometryWorkshop at PIMS SFU, July 5–9, 2004.  In April2004 Sergei Konyagin (Moscow State University)delivered a PIMS Distinguished Chair lectureseries at UBC.Scientific Computing CRG:  There were two PIMSDistinguished Chairs with the Scientific ComputingCRG in summer 2004.  Otmar Scherzer (left) from theUniversity of Innsbruck visited UBC, and Chris Budd(right) from the University of Bath visited SFU.Mathematical Ecology and Evolution CRG:Participants of the International ConferenceDifferential Equations and Applications inMathematical Biology which was held in Nanaimo,BC, July 18–23, 2004.  For more informationplease see http://web.mala.bc.ca/math/conference/.Dynamics and Related Topics CRG: Participantsof the BIRS Workshop on Aperiodic Order:Dynamical Systems, Combinatorics, andOperators, May 29–June 3, 2004.Topology and Knot Theory CRG: This summer themain activity of this CRG was the “Knots inVancouver” programme. The workshop in KnotTheory and 3-Manifolds was held at UBC, July 19–23, 2004, preceded by the MSRI-PIMS SummerGraduate Programme: Knots and 3-Manifolds atUBC, July 7–20, 2004.Vol. 8, Issue 110Long Arithmetic Progressions of PrimesBy Ben Green, Trinity College, Cambridge, Former PIMS Postdoctoral FellowThe paper to which this article refers, The primes contain arbitrarilylong arithmetic progressions by B. Green and T. Tao, is available athttp://www.arxiv.org/abs/math.NT/0404188.Ben Green (Trinity College, Cambridge)In Spring 2004, while I was a PIMS postdoc in Vancouver, Terry Tao ofUCLA and I published an article about arithmetic progressions of primenumbers. Whilst the article has not yet been accepted for publication bya journal, it does seem appropriate to give a very brief description of theresults and methods in this newsletter.The sequence of prime numbers        has been studied forover 2000 years. The appeal of prime numbers to mathematicians is per-haps that they are extremely simple and natural to define, but it is oftenvery difficult or impossible to prove facts about them. As an example,consider the 250 year-old conjecture of Goldbach, which suggests that ev-ery even number greater than 2 is a sum of two prime numbers. It is easyto verify this for small values (e.g.     ,   	  ) andto come up with heuristic arguments which suggest that the conjecture istrue. So far, however, no-one has been able to supply a proof. The samegoes for the Twin Prime Conjecture, which states that there are infinitelymany pairs of primes which differ by two, such as   and 	 	.Our work concerns arithmetic progressions of primes. The sequence     is an arithmetic progression of five primes, and the se-quence  			k k        is an arithmetic progression of 23 primes, which is the longest currentlyknown (this latter example was discovered on July 24, 2004, by Frind,Jobling and Underwood).Our result is that there are arbitrarily long arithmetic progressions ofprimes. We can actually prove that there is a k-term arithmetic progressionof primes, all of which are at mostkthough this spectacularly large bound (a number with approximatelykdigits) is unlikely to be greeted with much excitement bycomputational mathematicians!We have not really found a new way of understanding prime num-bers. The main advance in our work is a better understanding of arith-metic progressions. A famous result about arithmetic progressions is the1975 theorem of Endre Szemere´di. This states that if A is a subset ofN  f     g with positive density (say A contains one percent of allnatural numbers) then A contains arbitrarily long arithmetic progressions.Unfortunately, this result does not apply to the set of primes since theydo not form a set of positive density. Indeed, the famous Prime NumberTheorem tells us that the number of primes less than N is about N logN .Our main result is a version of Szemere´di’s Theorem in which the setN is replaced by a more general type of set. Very roughly speaking, weshow that if a set S  N is “pseudorandom” then any set containing apositive proportion of S contains arbitrarily long arithmetic progressions.The set S need not have positive density (it can actually be quite sparse).Once this result is proved, one must construct a set S which is ap-propriate for the primes. Simplifying matters somewhat for the sake ofexposition, we take S to be something like the set of “almost-primes”, thatis to say numbers n, all of whose prime factors are at least n . Theprimes form a positive density subset of S, but S is a much more tractableobject than the primes themselves. Indeed by “massaging” S a little bitone can show using techniques of classical analytic number theory, that Sis pseudorandom.In constructing S the authors enjoyed a rather large slice of luck. InMarch 2004 I was visiting Andrew Granville in Montre´al, and I told himabout my work with Terry. At that stage we did not quite understand howto massage the almost-primes in a way that would enable us to prove pseu-dorandomness. Andrew was able to direct us to some recent (as yet un-published) work of Dan Goldston and Cem Yıldırım. Although the workof Goldston and Yildirim concerns a very different problem, it turned outthat a certain lemma in their paper constituted a very good definition of Stogether with a proof that S is pseudorandom.The most original part of our work is the proof of a version of Sze-mere´di’s Theorem relative to an arbitrary pseudorandom set S. The ar-gument is strongly motivated by a branch of mathematics called ergodictheory, which has proved very useful in the study of arithmetic progres-sions since groundbreaking work of Furstenberg in the late 1970s.We prove, then, that any set consisting of a positive proportion of Scontains arbitrarily long arithmetic progressions. Subsequently we applythis to the specific set S discussed above, which is related to the almost-primes. A number of mathematicians have remarked to us that this isprecisely why we are successful – history indicates that isolating proper-ties of the primes themselves is a very tricky business, but here we havebeen able to exhibit the primes as a specific instance of a larger class ofsets (the positive density subsets of S). For exactly this reason, it wouldbe optimistic to expect our methods to shed any light on the Goldbach orTwin Prime conjectures in the near future.Fall 2004 112nd PIMS Crystal Growth WorkshopContributed by C. Sean Bohun, Penn State UniversityIn January PIMS hosted the Second PIMS CrystalGrowth Workshop at UBC.  The mandate of the groupis to improve semiconductor manufacturing throughscientific modelling.  Since the inaugural meeting inMay 2002, advances have been made in three specificareas: 1) Modelling the crucible fluid flow; 2) Analy-sis of the gas flow and heat transfer; and 3) Under-standing the crystal stress, shape and growth dynam-ics.  Research is ongoing and the industrial partner isbeginning to implement some of the suggested changesto the growing environment identified by the model-ling team.  The crystal group consists of researchersfrom across Canada, the United States, and South Africa.The Crystal Group:Standing, from left-right, areNaveen Vaidya (York),Shuqing Liang (York), MikeEbbehoj (UBC), ThomasBrakel (UBC/Cape Town),Colin Carrew (FirebirdSemiconductors), IanFrigaard (UBC).  Sitting areC. Sean Bohun (Penn State)and Bill Micklethwaite(Firebird Semiconductors).Missing are HuaxiongHuang (York), Tim Myers(Cape Town) and YuriSkrynnikov (UBC).8th PIMS-MITACS Industrial Problem Solving WorkshopPIMS-UBC, May 17–21, 2004The 8th Annual PIMS-MITACS Industrial Problem Solving Workshop was held at UBC.The four industry presenters and problems were:Bill Mawby (Michelin Tire Corporation): Statistical Design of an Experimental Problemin HarmonicsSurrey Kim (Random Knowledge): Analyzing Network Traffic for Malicious Hacker Activ-ityJohn Ceko (Husky Injection Molding Systems): The Effects of Impact on Design FeaturesKenneth J. Hedlin (Husky Energy) and Gary Margrave (U of C): Seismic Attenuation ProblemThe organisers were Rex Westbrook and Kes Salkauskas (University of Calgary).This year IPSW was co-sponsored by MITACS.Please see http://www.pims.math.ca/industrial/2004/ipsw/.7th PIMS-MITACS Graduate Mathematics Modelling CampUniversity of Victoria, May 10–14, 2004The 7th Annual PIMS-MITACS Graduate Mathematics Modelling Camp (GIMMC) was a resounding success this year.The six mentors and problems were:C. Sean Bohun (Penn State University): Optimal Design of Gas Burst Gene GunTim Myers (University of Cape Town): Modelling the Temperature Distribute in Concrete StructureTobias Schaefer (University of North Carolina at Chapel Hill): Modelling Nonlinear Pulse Propagation in Optical Transmission LinesPetra Berenbrink (Simon Fraser University): A Game Theoretical Approach to Modelling Network GrowthRandall Pyke (University College of the Fraser Valley, Abbotsford, BC): Path Planning for an Autonomous RobotPeter Ehlers (University of Calgary): Assessment of Stormwater Concentration DataThe organisers were Rex Westbrook and Kes Salkauskas (U of C).  The local organising committee at UVic consisted of David Leeming,Reinhard Illner, Pauline van den Driessche, and Julie Zhou.This year GIMMC was co-sponsored by MITACS.For more information please see http://www.pims.math.ca/industrial/2004/gimmc/.The GIMMC 2004 Mentors (left-right): C. Sean Bohun (Penn State U), Tim Myers (U of Cape Town), Tobias Schaefer (U of North Carolina atChapel Hill), Petra Berenbrink (SFU), Randall Pyke (UC of the Fraser Valley, Abbotsford, BC) and Peter Ehlers (U of C)2004 IPSW PIMS-SlipsThe winner of the PIMS-slip contest at this year’sIPSW was:“Saying it out loud makes me not sure if I agreewith what I just said”Sean Bohun (Penn State University)The runner-up was:“21 is a prime, and it's a great prime, but let'spretend it isn’t”Malcolm Roberts (University of Alberta)Vol. 8, Issue 112Syncrude/PIMS/AMI LectureSeries at the U of AlbertaDuring the calendar year 2004 there will be a series of 6 lectures bydistinguished national and international mathematicians. The lecture se-ries is sponsored by Syncrude, organized by PIMS in consultation withSyncrude and hosted by the Applied Mathematics Institute (AMI) atthe University of Alberta.Topics will be related to the fundamental interests of Syncrude: Fluid dynamics, fluid dynamicswith heat transfer and turbulence, imaging related to assessment of ore bodies, and process control.The first lecture was on June 4, 2004, when Daniel D. Joseph (Regents Professor, IT Aerospace &Engineering, University of Minnesota) gave a talk entitled Fluid Dynamics of Particle Formation. Daniel JosephUpcomingPIMS/ShellLunchboxLectures in CalgaryThe following lectures are planned for fall2004:Barry Sanders (iCORE Professor ofQuantum Information Science, Universityof Calgary): Quantum Information Sci-enceKristine Bauer (Mathematics and Statis-tics, University of Calgary): Four ColorsSuffice: Planar graphs, colorings andtopologyRod Blais (Geomatics Engineering, Univer-sity of Calgary): Spherical Harmonic Trans-forms and Multiresolution ApplicationsFor more information see http://www.pims.math.ca/industrial/2004/lunchbox/CANQUEUE 2004Okanagan University CollegeCapri Hotel, Kelowna, BCSeptember 24–25, 2004Canada’s premiere conference in queuingtheory is organised by Winfried Grassmann(University of Saskatchewan) and JavadTavakoli (Okanagan University College).The CanQueue conference series was initi-ated by Attahiru S. Alfa from the University ofManitoba, in 1999. The first workshop, inWinnipeg, was followed by workshops in London2000,  Waterloo 2001, Saskatoon 2002 and Toronto2003. CanQueue is a forum where scientists, re-searchers, engineers, executives and students inthe field meet to encourage on-going research andto discuss work-in-progress.Jean C. Walrand (UC, Berkeley) will be thekeynote speaker at the 2004 CanQueue Con-ference. The keynote address will be titled“Queuing in wireless and high-performancenetworks”.For more information see http://www.pims.math.ca/science/2004/CanQueue/.Richard Stanley Dayin VancouverThe 16th Annual International Conference onFormal Power Series and Algebraic Combina-torics held at the University of British Colum-bia on June 28–July 2, 2004 included a specialday.  June 28 was declared Richard Stanley Dayby Vancouver Mayor Larry Campbell.The following declaration was read by ManfredTrummer (PIMS Deputy Director):“Whereas Professor Richard Stanley of M.I.T.this month celebrated his sixtieth birthday, thisoccasion marked by a special conference lastweek in Boston; andWhereas Professor Stanley’s subject of combi-natorics is of increasing importance in informationtechnology and the knowledge economy; andWhereas, in addition to his important researchcontributions, Richard Stanley has made anunmatched contribution to the education of youngmathematicians, having graduated 38 doctoralstudents and written a two-volume book whichis a standard graduate text in enumerative com-binatorics; andWhereas many of Richard Stanley’s col-leagues, former students, and their students arethis week gathered in Vancouver for the 16thAnnual Conference in Algebraic Combinatoricsat UBC; thereforeToday the 28th day ofJune, 2004 is herebyproclaimed to be RichardStanley Day in the City ofVancouver.”PIMS-IAMDistinguishedLecturesUniversity of British ColumbiaInstitute of Applied MathematicsSeptember 20, 2004George Homsy, UC Santa BarbaraNovel Marangoni FlowsOctober 25, 2004Ray Goldstein, U. ArizonaA Stirring Tale of Bacterial Swimming andChemotaxisNovember 29, 2004Andrea Bertozzi, UCLAHigher Order PDEs in Image ProcessingJanuary 24, 2005Roger Brockett, Harvard UniversityDynamical Systems That Do TricksMarch 7, 2005Adrian Nachman, U. TorontoInverse Problems in Medical ImagingMarch 28, 2005Ray Pierrehumbert, University of ChicagoEarly-Life Crises of Habitable PlanetsFall 2004 13The National Programmeon Complex DataStructures NewsContributed by Jamie Stafford, U. TorontoThe National Program on Complex Data Struc-tures (NPCDS) is entering a period of height-ened activity as it evolves collectively as a co-herent network of projects with emerging de-signs for future ambitions. Various opportuni-ties for the involvement of researchers, espe-cially students, include three workshops in July,August and October of this year—where theavailability of funding for student travel sup-port has been announced; a call for proposalsfor inaugural NPCDS workshops—deadline:September 30, 2004; the availability of studentresearch positions at Statistics Canada; joint PDFsat PIMS; planning of the joint NPCDS/SAMSIworkshop at BIRS April 2005; and NPCDS inter-action with SAMSI’s thematic programme on La-tent Variable Models in the Social Sciences.September’s call for proposals will likely bethe last for the current funding cycle of NPCDS.While NPCDS will continue to support and ad-vance existing projects, in time broader long termstrategies will emerge that are aimed at NPCDSrenewal as a network. While these will evolveon multiple fronts, the success of the NationalProgram depends on the active involvement ofstatisticians from a variety of sectors acrossCanada. Those interested in providing input onimportant directions for the program are wel-come to do so by contacting Jamie Stafford(stafford@utstat.utoronto.edu) or any memberof the Scientific Committee. The NPCDS is ajoint initiative of the Statistical Sciences Com-munity of Canada and the nation’s three Math-ematics Institutes. Information about the pro-gram may be found at www.pims.math.ca/whatsnew/NPCDS_News_16Aug04.html.MITACSNewsContributed by Karen Booth, MITACSNaveen Vaidya, former Intern on the FirebirdTechnologies project explains his research toArvind Gupta, MITACS Scientific Director.Graduate TrainingSchoolsMITACS offered a comprehensive set of Gradu-ate Training Schools this summer.Third Annual AARMS Summer SchoolJuly 12–August 6, 2004, MemorialUniversity, St. John’s, NewfoundlandOrganizer: Edgar Goodaire (Memorial)Courses in four subjects were offered: num-ber theoretic cryptology, statistical genomics,mathematical biology and number theory.Proteomics WorkshopJuly 19–24, 2004, Calgary, AlbertaOrganizer: Canadian Genetic Diseases NetworkCanadian Bioinformatics Workshops SeriesStudents learned to visualize protein struc-tures and make high quality images for publi-cation, understand techniques used in highthroughput proteomics, understand data re-sulting from proteomics, use public domaintools for modelling three-dimensional struc-tures and understand concepts and methodsinvolved in threading analyses.Stochastic Calculus for Applica-tions: Theory and NumericsAugust 9–20, 2004, Montréal, QuebecOrganizers: Anne Bourlioux (Montréal) andEric Vanden-Eijnden (NYU).  With CRM.The aim of this program was to cover all theessential concepts of stochastic calculus (in-cluding more elaborate ones like Girsanovtransformation and path integrals) at a semi-rigorous level by relying only on the standardtools of basic probability, linear algebra, andadvanced calculus.Genomics WorkshopAugust 16–21, 2004, Vancouver, BCOrganizer: Canadian Genetic Diseases NetworkCanadian Bioinformatics Workshops SeriesParticipants in this detailed workshop gainedpractical skills and the understanding to in-stall and use in-house information referencesystems, access EnsEMBL using Perl API, un-derstand microarray data for gene expression,analyse Single Nucleotide Polymorphism(SNP) and genotype data, detect and analysegene structures from eukaryotic genomes.Minicourse in Mathematical Fi-nance: Superhedging Under Portfo-lio Constraints—a Singular Sto-chastic Control ProblemJune 14–18, 2004, PIMS at  UBCOrganizer: Ulrich Haussmann (UBC)Nizar Touzi presented a Minicourse at PIMSin June.Analysis of Ecological Systems Un-der Uncertainty, Change, and Adap-tation (PIMS Math Biology & Ecol-ogy CRG)August 1–31, 2004, U. CalgaryOrganizer: Ed McCauley (U.Calgary)For more information about these GraduateTraining Schools see www.mitacs.ca.MITACS InternshipsOver the past year, MITACS has piloted aninitiative with the potential for broad impacton Canadian industry. The goal is to introducea wider spectrum of industry to the power ofmathematical sciences research while creatingnew research opportunities for graduate stu-dents and Post Doctoral  Fellows. Thisprogramme also expands industry-universitycollaborations, and has the potential to retainmany of the best students in Canada.In 2003–04, ten internships were held in BCwith nine different organizations.  Examples are: Quantifying, Benchmarking and Predicting Riskfor an International Shipping Company Predicting Wage Loss Duration for the Workers’Compensation Board of BC Distribution Network Planning for a Pulp andPaper Company Pre-Board Screening Analysis at a Canadian In-ternational Airport Planning an Automated Storage and RetrievalSystem for the UBC Library Developing a Foundation for Budgeting and Pric-ing for a Leading Resort Developer and Operator Improving Assignment and Activation Workflowat a Large Telecommunications CompanyFor more information contact Jim Brookesat jwbrookes@mitacs.ca.Vol. 8, Issue 114PIMS Graduate Information EventUVic, UBC, SFU, January 9–12, 2004Contributed by David Leeming (UVic) and Manfred Trummer (SFU)This year the PIMS Graduate Information Event was hosted in British Columbia. About 30 seniorundergraduate students from all over Canada spent Friday at Simon Fraser University and Saturday atthe University of British Columbia. At SFU students were welcomed by Jonathan Driver (Dean ofGraduate Studies) and Rolf Mathewes (Associate Dean of Science). Students heard presentations fromrepresentatives from various graduate programmes, notably Pure Mathematics, Applied Mathematics,Computer Science and Statistics. The Universities of Alberta and Calgary also had faculty representativesat the SFU event. Students had the opportunity to see the campus and various research labs; there was alsoample opportunity to meet informally with faculty members and graduate students.PIMS at the University of Victoria hosted the second part of the Graduate Information event.  Afterarriving on Sunday, the students were free to explore the city. In the evening, a reception was held at theExecutive House Hotel, host hotel for the participants. There, the students were able to meet informallywith faculty and graduate students from the Departments of Mathematics and Statistics, Physics andComputer Science.On Monday, the students came to the University of Victoria campus where Aaron Devor (Dean ofGraduate Studies) welcomed them. Then they heard presentations from faculty and graduate students ongraduate degree programs in pure, applied and discrete mathematics, statistics, physics and astronomy,and computer science.  The participants ended their day at UVic with a brief tour of the campus.We are grateful for the generous support provided to this event by the participating universities anddepartments, as well as for the efforts of faculty members, graduate students and local PIMS staff.Young Researchers’ Forum inMathematical & StatisticalSciencesUniversity of AlbertaMarch 27–28, 2004This was the first research forum organized for thegraduate students of at the Universities of Albertaand Calgary.  Twenty-five graduate students fromCalgary and thirty-eight graduate students fromEdmonton registered for this event. Ten of thesestudents presented their research work covering top-ics from pure and applied mathematics and statis-tics. These presentations were well received by theirfellow graduate students at the forum.  The participants had the opportunity to learnabout and discuss the research done at both univer-sities.  A general discussion was arranged for feed-back at the end of the forum. A second researchforum is being considered for next year at BIRS.On May 14, 2004, the Pi in the Sky EditorialBoard met at BIRS to define editorial policyand procedures.The following statement describes the in-tended audience: Pi in the Sky Magazine isprimarily aimed at high-school students andteachers, with the main goal of providing acultural context/landscape for mathematics.It has a natural extension to junior highschool students and undergraduates, andarticles may also put curriculum topics in adifferent perspective.Pi in the Sky can be downloaded for freefrom www.pims.math.ca/pi.If you are interested in submitting an ar-ticle please contact pi@pims.math.ca.The new editorial board is:Editor in Chief: Ivar Ekeland (UBC)Managing Editor: David Leeming (UVic)Editorial Board: Len Berggren (SFU), JohnBowman (UA), John Campbell (ArchbishopMacDonald Academic High School,Edmonton), Florin Diacu (UVic), SharonFriesen (Galileo Educational Network,Calgary), Dragos Hrimiuc (UA), KlausHoechsmann (UBC), Wieslaw Krawcewicz(UA), Michael Lamoureux (UC), MarkMacLean (UBC), Alexander Melnikov (UA),Volker Runde (UA), and Wendy Swonnell(Lambrick Park Secondary School, Victoria).Editorial Coordinator: Heather Jenkins (PIMS).The next issue will be out in the fall of2004.  The main theme will be “How math-ematics can be used to predict and suggestcontrols for disease”.Changing the Culture 2004Mathematics Curriculum:Could Less Be More?SFU Harbour CentreApril 23, 2004The focus of the 7th Annual Changing the CultureConference was school mathematics curriculum,and students’ preparation for university courses,including Calculus and Mathematics for Elemen-tary School Teachers.The Keynote Lecture, Lessons from the OntarioCurriculum, was given by Stewart Craven (Dis-trict-wide Coordinator of Mathematics andNumeracy, Toronto District School Board).  Thepublic lecture, A Community of Learners: Prepar-ing Students for University and for Life, was givenby Elaine Simmt (Faculty of Education, U of A).The panel discussion was entitled Reflections onSchools Mathematics Curriculum.The 6th Annual PIMS Elementary Grades Mathematics Contest(ELMACON) was organized by Shelley Alvarado, Cary Chien, Olga Ger-man, Klaus Hoechsmann, Heather Jenkins, Ilija Katic, Joshua Keshet, FannyLui, Natasa Sirotic and Elizabeth Towers.  The contest ran smoothly withabout 50 on-site volunteers including Jerry Chien and Sylvia Chan.  A totalof 244 students competed: 75 in Grade 5, 99 in Grade 6, and 70 in Grade 7.Next year, ELMACON will take place on April 30 , 2005.The list of winners of the 2004 contest can be found athttp://www.pims.math.ca/educations/2004/elmacon/. The top ten  ELMACON 2004 winners in Grade 5PIMS ElementaryGrades Math ContestUBC, May 29, 2004Fall 2004 15SIMUW 2004: The Summer Institute for MathematicsUniversity of Washington, June 20–31, 2004The SIMUW 2004 programme brought together twenty-four students from Washington, British Columbia, Oregon, Idaho,and Alaska.  The students had a background of at least three years of high school mathematics but had not yet completedhigh school. Admission was competitive, based on an assessment both of ability in mathematics and enthusiasm for anintensive mathematical experience. Many students stayed in UW residence halls.The SIMUW programme was organized by four UW faculty members: Ron Irving, Sándor Kovács, James Morrow, and Paul LePore. Six mathema-ticians from UW, Microsoft, and the University of Chicago served as the instructors. In addition, another eight mathematicians and scientists from UWand elsewhere participated as special lecturers.The programme was divided into two-week blocks, with two instructors for eachblock. During four of the five weekdays of each week, the students met with one of theinstructors in a morning session and the other instructor in an afternoon session. Duringthese sessions, students grappled with mathematical problems that are designed to bechallenging yet ultimately accessible. The instructors lectured to a limited extent, in orderto provide necessary background, but the emphasis was on giving the students theopportunity to tackle hard mathematical problems in collaboration with the staff.A special programme was arranged for the remaining weekday of each week. In themorning, a speaker from the campus or the region discussed the role mathematics playsin his or her work. The afternoon session either featured a second speaker or consisted ofa special activity or field trip related to mathematics.For more information please see http://www.math.washington.edu/~simuw/.Participants in SIMUW 2003JUMP Comes to PIMSJunior Undiscovered Math Prodigies(JUMP) is a volunteer based charitableorganisation that was founded by JohnMighton in 1998.  Its purpose is to providefree tutoring in mathematics to elemen-tary students, especially those of disadvan-taged background.  Over the past fiveyears, John Mighton has observed manysurprising improvements in mathematicalaptitude in students enrolled in JUMP, particularly in studentswith severe learning disabilities.On April 26, 2004 John Mighton gave a public talk atUBC: The Myth of Ability: Nurturing Mathematical Talent inEvery Child.  He spoke about the method of instruction usedin JUMP and about why he thinks the method works withstudents who have traditionally struggled with math.  Thistalk will soon be available on the PIMS website in Realvideoformat.On July 29, 2004 John returned to PIMS-UBC to give afollow-up session that covered the JUMP methodology withspecific examples from the new workbooks.  He also spokeabout how one could go about implementing the programme.John Mighton is a mathematician and a Governor General'sAward-winning playwright.For more information about JUMP please see http://www.jumptutoring.org/.PIMS is  planning future collaborations with JUMP.31st BC Colleges High SchoolMathematics ContestUniversity College of the Cariboo,Kamploops BC May 7, 2004Contributed by Rick Brewster, University College of the CaribooThe BC Colleges High School Math-ematics Contest  was a great successagain this year.  The enrichment talkwas given by Frank Ruskey (UVic).His talk was well received by the stu-dents, and his “Venn knot” was agreat design for the T-shirts.  Duringthe morning session with Frank, UCCfaculty and high school teachers  en-joyed a great discussion on teachingmathematics and the transition fromhigh school to university.While the contest was being held at UCC, one of the UCC faculty members, JimTotten, who has been a driving force behind this contest for many years, travelled toNorthwest Community College in Prince Rupert.  There he assisted Mona Izumi withhosting the contest for the first time in Prince Rupert.  Mona is the sole mathematician atNWCC in Prince Rupert, making it difficult for her to launch the contest in Prince Rupert.The students in Prince Rupert enjoyed Jim's collection of mathematical puzzles and games.The BC Colleges’ High School Mathematics Contest has always been about participa-tion and not competition.  In this respect it is a wonderful mathematics outreach activity.John Mighton(JUMP)At the BC Colleges High SchoolMathematics ContestSouthern Gulf Islands, British ColumbiaPender Island in the foregroundPhoto by Manfred TrummerPIMS Contact ListDirector: Ivar Ekelandt/ 604.822.9328 f/ 822.0883 e/ director@pims.math.caDeputy Director: Manfred Trummert/ 604.822.3922 f/ 822.0883 e/ deputy@pims.math.caSFU Site Director: Manfred TrummerAdmin. Asst: Olga GermanSeptember to December 2004: Margaret Gardinert/ 604.268.6655 f/ 268-6657 e/ sfu@pims.math.caU. Alberta Site Director: Gerald CliffAdmin. Asst: Shirley Mitchellt/ 780.492.4308 f/ 492.1361 e/ ua@pims.math.caU. Calgary Site Director: Gemai ChenAdmin. Asst: Marion Milest/ 403.220.3951 f/ 282.5150 e/ uc@pims.math.caU. Victoria Site Director: Chris BoseAdmin. Asst: Dil Bainst/ 250.472.4271 f/ 721.8962 e/ uvic@pims.math.caU. Washington Site Director: Gunther UhlmannAdmin. Asst: Mary Sheetzt/ 206.543.1150 f/ 543.0397 e/ uw@pims.math.caIndustrial Coordinator: Gary Margravet/ 403.220.4606 f/ 284.0074 e/ margrave@ucalgary.caEducation Coordinator: Klaus Hoechsmannt/ 604.822.3922 f/ 822.0883 e/ hoek@pims.math.caChief Operations Officer: Shelley Alvaradot/ 604.822.1369 f/ 822.0883 e/ alvarado@pims.math.caAdministrator: Fanny Luit/  604.822.1522 f/ 822.0883 e/ fanny@pims.math.caCommunications Manager: Heather Jenkinst/  604.822.0402 f/ 822.0883 e/ heather@pims.math.caProgramme Coordinator: TBAt/  604.822.3922 f/ 822.0883 e/ programs@pims.math.caFinancial Officer: Chee Hung Chowt/  604.822.6851 f/ 822.0883 e/ chee@pims.math.caMITACS Administrator at PIMS-UBC: Clarina Chant/  604.822.0401 f/ 822.0883 e/ clarina@pims.math.caManager, Computer Systems: Brent Kearneyt/  403.763.6997 f/ 763.6990 e/ brentk@pims.math.caPIMS/MITACS Website Manager: Kelly Choot/  250.472.4927 f/ 721.8962 e/ chook@pims.math.caComputer Systems Administrator: Shervin Teymourit/ 604.822.3469 f/  822.0883 e/ shervin@pims.math.caPIMS-SFU/MITACS Computer Systems Administrator:Shahin Teymourit/  604.268.6701 f/  268.6657 e/  shahin@pims.math.caBIRS Scientific Director: Nassif Ghoussoubt/  604.822.1649 f/ 822.0883 e/ nassif@pims.math.caBIRS Station Manager: Andrea Lundquistt/  403.763.6999 f/ 763.6990 e/ birsmgr@pims.math.caBIRS Programme Coordinator: Jackie Klert/ 403.763.6996 f/ 763.6990 e/ birs@pims.math.caBIRS Administrative Assistant: Barbara Dempseyt/ 250.472.4271 f/ 721.8962 e/ birs@pims.math.caBIRS Systems Administrator: Brent Kearneyt/  403.763.6997 f/  763.6990 e/ brentk@pims.math.caDo we have yourcorrect mailing address? Are we sending you anappropriate number of copies?If not, please e-mail  pims@pims.math.ca.PUBLICATIONS MAIL AGREEMENT NO. 40704542RETURN UNDELIVERABLE CANADIAN ADDRESSES TOPACIFIC INSTITUTE FOR THE MATHEMATICAL SCIENCES1933 WEST MALLUNIVERSITY OF BRITISH COLUMBIAVANCOUVER BC  V6T 1Z2Newsletter Editors: Heather Jenkins, Stefanie Krzak and Manfred Trummer.Editorial Assistant: Margaret GardinerThis newsletter is available on the web at  www.pims.math.ca/publications/.PIMS is supported by:  The Natural Sciences and Engineering Research Council of Canada  The Government of the Province of Alberta  The Government of the Province of British Columbia  The Alberta Ministry of Innovation and Science  The British Columbia Ministry of Competition, Science, and Enterprise  Simon Fraser University  University of Alberta  University of British Columbia  University of Calgary  University of Victoria  University of Washington  University of Northern British Columbia  University of LethbridgeThe new PIMS logo sets the pisymbol in a landscape ofmountains and oceanportraying the scenery ofWestern Canada and thePacific Coast, home to thePIMS universities and BIRS.This logo was designed byDavid MacEntee ofMacEntee Creative.Based on the new logo, theeditors changed the look of thePIMS newsletter with a newgraphic design and layout.Sunset, Lesser Slave Lake Provincial ParkPhoto Courtesy of Travel Alberta

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