61. Geometry: Interactions With Algebra And Analysis New Zealand Institute of Mathematics and its applications (NZIMA) thematic program. University of Auckland; JanuaryJune, 2005. http://www.math.auckland.ac.nz/Conferences/2005/geometry-program/

Geometry: Interactions with Algebra and Analysis University of Auckland , January-June, 2005 Themes Committee Activities Student Scholarships The New Zealand Institute of Mathematics and its Applications ( NZIMA ) is sponsoring a thematic program on Geometry: Interactions with Algebra and Analysis The program will be based at The University of Auckland and will run January-June, 2005. Program themes The program will focus on geometrical themes including (1) Discrete groups; (2) Algebraic groups; (3) Geometric group theory; (4) Low-dimensional topology and hyperbolic geometry; (5) Geometric function theory; (6) Analysis and PDEs. Programme committee The directors of the program are: Gaven Martin (University of Auckland) Eamonn O'Brien (University of Auckland) The other members of the program committee are: John Hudson (Massey University) Chuck Miller (Melbourne) Principal international participants Ben Andrews (Canberra) John Conway (Princeton) Craig Evans (Berkeley) Peter Jones (Yale) Bill Kantor (Oregon) Martin Liebeck (Imperial College) Alex Lubotzky (Jerusalem) Peter Sarnak (Princeton) The visit by John Conway is funded by the University of Auckland Foundation and the Department of Mathematics of the University of Auckland.

62. Homology, Homotopy And Applications - General Information An allelectronic, peer-reviewed, international journal of leading-edge research in Homological and Homotopical algebra, K-Theory, and applications. http://www.math.rutgers.edu/hha/geninfo.html

General Information Homology, Homotopy and Applications (ISSN 1512 - 0139) is the all-electronic, refereed journal on Homological and Homotopical Algebra and their applications in the mathematical sciences. Aims and scope of the journal are described below in detail. The Editorial Board controls the journal with coordination by its Editor-in-Chief, Hvedri Inassaridze. Paper copies of articles are archived at the Razmadze Mathematical Institute Library. The AMS e-math Web site has a list of electronic journals in the mathematical sciences. AIMS AND SCOPE Homology and homotopy are important disciplines of algebra and topology having fundamental and diverse applications to many fields of mathematics. Their investigation methods,inspired by geometrical and topological constructions,play a crucial role on the development of all the mathematics, ranging from algebraic topology to functional analysis and Galois theory. They essentially study homological, homotopical and categorical properties of a wide variety of algebraic and topological objects. With the use of standard (co)homology and homotopy theories (derived functors, spectral sequences, sheaf cohomology, fibrations, homotopy of simplicial objects) and their non-abelian, topological and categorical aspects, spectacular applications were obtained in the last thirty years in general algebra, algebraic topology, K-theory and algebraic geometry. New important, rapidly expanding and intensivly developing areas of algebra such as algebraic K-theory and cyclic homology are closely related with homological and homotopical algebra.

63. Linear Algebra And Applications Textbook Online text, each page is a GIF format image. http://www.math.unl.edu/~tshores/linalgtext.html

Home Schedule Teaching Research ... Contact Me Linear Algebra and Applications Textbook Welcome again. In order to enable prospective users to preview my text easily and conveniently, I'm putting a copy of it on the web for your perusal. The table of contents with links is at the bottom of this page. A few comments: Many thanks to those who have helped me in this project. In particular, John Bakula for prodding me into moving this project into the final stages and pointed me in the direction of McGraw-Hill custom publishing. They are printing a nice soft copy text for a reasonable price to students about $26. Thanks also to my colleagues Jamie Radcliffe, Lynn Erbe, Brian Harbourne, Kristie Pfabe, Barton Willis and a number of others who have made many suggestions and corrections. Thanks to Jackie Kohles for her excellent work on solutions to the exercises. About the process: I am writing the text in Latex. The pages you will see have been converted to gif files for universal viewing with most browsers. The downside of this conversion is that the pages appear at a fairly crude resolution. I hope that they are still readable to all. Hardcopy of the text is

64. MODULAR FORMS AND THEIR APPLICATIONS A summer school for students in number theory, algebra and algebraic geometry. Sophus Lie Conference Center, Nordfjordeid, Norway; 1620 August 2004. http://www.math.uio.no/div/nordfjordeid/modular.html

SUMMER SCHOOL MODULAR FORMS AND THEIR APPLICATIONS 16.-20. August 2004 Sophus Lie Conference Center, Nordfjordeid, Norway Lecturers: Don Zagier (MPI, Bonn) Organizing committee: Sponsors: Program: The summer school is particularly aimed at students in number theory, algebra and algebraic geometry. The course will consist of three intertwined lecture series, "Elliptic modular forms and their applications" (Don Zagier) "Hilbert modular forms and their applications" (Jan Bruinier) "Siegel modular forms and their applications" (Gerard van der Geer) The first of these will treat the classical one-variable theory and some of its many applications in number theory (representations of numbers by quadratic forms, irrationality and transcendence results, moments of periodic functions, ...), algebraic geometry (counting of coverings of curves), and mathematical physics (appearance of modular forms in percolation theory, string theory, etc.) The second, which has a more geometric flavor, will give an introduction to the theory of Hilbert modular forms in two variables (i.e., over real quadratic fields), the geometry of Hilbert modular surfaces, and to Borcherds products and the Borcherds lifting. The third will give an introduction to Siegel modular forms (both scalar- and vector-valued) and present a beautiful application to the theory of curves of finite fields (Harder's conjecture).

65. Homepage Of Leo Dorst University of Amsterdam. applications of geometric (Clifford) algebra, exploration, reasoning with uncertainty in robotics. http://www.wins.uva.nl/~leo

Leo Dorst leoscience.uva.nl Intelligent Autonomous Systems Informatics Institute ... Amsterdam , The Netherlands research: 2005 Inventor of the Year award description publications geometric algebra /clifford algebra ... schedule teaching: lineaire algebra (I-2b BA course) zoeken, sturen en bewegen (I-2c BA course) computer vision (II-2a,b BA course) reactief gedrag bij mens en machine (I-1a,b BA course) robotica (tot 2003) perceptie van machines (tot 2003) beeldanalyse voor computersystemen (tot 2003) organisatie en ontwerp van autonome systemen (tot 2003) computational geometry (ASCI course a20) applied math problems afstudeerstages hobbies: go go world index lego geometry with cinderella ... de geschiedenis van ons huis (in Dutch) various: `tippukol Dutsj' bookmarks work: dr.ir.L.Dorst Kruislaan 403 1098 SJ Amsterdam The Netherlands 31-20-525 7511 (W) 31-20-525 7490 (fax)

66. University Of Canterbury Library Catalogue Elementary linear algebra applications version / Howard Anton, Chris Rorres. Author, Anton, Howard. Rorres, Chris. http://ipac.canterbury.ac.nz/ipac20/ipac.jsp?menu=search&aspect=basic_search&pro

67. The Cornell Library Historical Mathematics Monographs Scanned GIF images of the full text of this 1898 work by Whitehead. Part of the Cornell Library Historical Mathematics Monographs. http://historical.library.cornell.edu/cgi-bin/cul.math/docviewer?did=01950001&am

68. Linear Algebra And Applications Textbook Linear algebra material. Linear algebra and applications Textbook. Linear algebra Logo applications to Discrete Dynamical Systems http://www.math.unl.edu/~tshores1/linalgtext.html

Home Schedule Teaching Research ... Contact Me Linear Algebra and Applications Textbook Welcome again. In order to enable prospective users to preview my text easily and conveniently, I'm putting a copy of it on the web for your perusal. The table of contents with links is at the bottom of this page. A few comments: Many thanks to those who have helped me in this project. In particular, John Bakula for prodding me into moving this project into the final stages and pointed me in the direction of McGraw-Hill custom publishing. They are printing a nice soft copy text for a reasonable price to students about $26. Thanks also to my colleagues Jamie Radcliffe, Lynn Erbe, Brian Harbourne, Kristie Pfabe, Barton Willis and a number of others who have made many suggestions and corrections. Thanks to Jackie Kohles for her excellent work on solutions to the exercises. About the process: I am writing the text in Latex. The pages you will see have been converted to gif files for universal viewing with most browsers. The downside of this conversion is that the pages appear at a fairly crude resolution. I hope that they are still readable to all. Hardcopy of the text is

69. Home Page For The Analytic Topology Research Group Research interests topology of metric spaces, generalised metric spaces, continua, function spaces, hyperspaces, topological algebra, set theoretic methods in topology, and applications of topology to computer science and the theory of differential equations. http://www.maths.ox.ac.uk/atg/

Analytic Topology Research Group About the Research Group Members of the Analytic Topology Research Group at the Mathematical Institute, University of Oxford, are working on a range of topological topics, which include: topology of metric spaces, generalised metric spaces, continua, function spaces, hyperspaces, topological algebra, set theoretic methods in topology, and applications of topology to computer science and the theory of differential equations. The research group has, at present, six members and organises a regular research seminar , usually given by a visiting speaker . In Hilary Term 2003, Rolf Suabedissen is thinking of organising some seminars/classes aimed at graduate students or final year undergraduates: please mail him if you might be interested. If you are interested in doing research in general topology in Oxford, email Dr. P. J. Collins A new website for topological events in the UK. The Birmingham Topology Seminar meets on Fridays at 4pm in G40, the Computer Science Building, at the University of Birmingham. Here is a list of former students from the group. If you have relevant information please let me know.

70. Weldon's Home Page Research focused on optimization, differential algebra equations, geographic information systems, biomedicine, environment applications and fuzzy industrial scheduling. University of Colorado at Denver. Page includes biography, hobbies, curriculum vitae, and publications. http://www-math.cudenver.edu/~wlodwick/

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71. Matrix Market A visual repository of test data for use in comparative studies of algorithms for numerical linear algebra, featuring nearly 500 sparse matrices from a variety of applications, as well as matrix generation tools and services. http://math.nist.gov/MatrixMarket/

A visual repository of test data for use in comparative studies of algorithms for numerical linear algebra, featuring nearly 500 sparse matrices from a variety of applications, as well as matrix generation tools and services. Browse by collection by matrix name by generator name the top ten Interactive Generation via Java (the Deli) via a form (Lapack) Documentation File Formats File Compression Matrix Structure Plots Matrix Cityplots ... Spectral Portraits Search by matrix properties by application area by contributor in bibliography Software Matrix Market I/O: ... in C Fortran Matlab Harwell-Boeing I/O: ... in C Fortran Matlab Other Resources Bibliography Glossary Related sites Background Welcome What's New What's Coming Credits Sponsors NIST ITL TEMSS MCSD ... DARPA Contact Us matrixmarket nist.gov Submit Matrices This Web service is mirrored in Japan by the PHASE project of the Japanese National Institute of Advanced Industrial Science and Technology The Matrix Market is a service of the Mathematical and Computational Sciences Division of the Information Technology Laboratory of the National Institute of Standards and Technology . Development Status: Minimal Maintenance . Certain commercial products are cited within these Web pages in order to document the Matrix Market and its repository contents. Mention of such products does not imply recommendation or endorsement by NIST, nor does it imply that these products are the best suited to the purpose. We conform to the

72. Mathcad In Systems Design 114 - Linear Algebra Anton and Rorres s Elementary Linear algebra applications Version 8E, Wiley, 2000. 1. Systems of Linear Equations and Matrices http://ist.uwaterloo.ca/ic/syde114/

Mathcad-based Explorations of Linear Algebra Applications http://ist.uwaterloo.ca/ic/syde114 These explorations were originally created for: Systems Design 114 - Linear Algebra which uses the text: Elementary Linear Algebra - Applications Version 8E But they are intended to be of use by any Linear Algebra course using any text, and therefore have been registered with www.merlot.org Support is gratefully acknowledged from at the University of Waterloo Application for LT3 Project in Spring 2001 http://ist.uwaterloo.ca/ic/projects/syde114 The following table of contents is based on Anton and Rorres's Elementary Linear Algebra - Applications Version 8E , Wiley, 2000. 1. Systems of Linear Equations and Matrices 1.1. Introduction to Systems of Linear Equations Nutrition - nutrition-1.mcd 1.2. Gaussian Elimination (including Gauss-Jordan Elimination) Circuit Simulation - circuit-1.mcd 1.4. Inverses; Rules of Matrix Arithmetic Enciphering - cipher-1.mcd

73. New Page 1 8th WSEAS International Conference. Sessions on Linear algebra and applications, Numerical Analysis and applications, Differential Equations and applications, Probabilities, Statistics, Operational Research, Optimization, Algorithms, Discrete Mathematics, Systems, Communications, Control, Computers, Education. Puerto De La Cruz, Tenerife, Canary Islands; 1618 December 2005. http://www.worldses.org/conferences/2005/tenerife/math/

74. Linear Algebra And Its Applications Conference Linear algebra and Its applications Conference Manchester, July 1995. THE INSTITUTE OF MATHEMATICS ITS applications http://www.ma.man.ac.uk/MCCM/laa95.html

Linear Algebra and Its Applications Conference Manchester , July 1995 In conjunction with the Manchester Centre for Computational Mathematics Sponsored by The MathWorks, Inc. and Wolfram Research, Inc. Monday 10th to Wednesday 12th July, 1995 University of Manchester Conference report , by Alison Ramage. Photographs from the conference. Application form Abstracts Programme Travel information The conference aims to cover the latest developments in numerical linear algebra, matrix theory and applications of linear algebra. It immediately follows ICIAM 95 in Hamburg. The conference will consist of two and a half days of invited and contributed talks and posters, with an excursion on the Tuesday afternoon and a conference dinner on Tuesday evening. An application form to attend the conference will be available early in 1995. The deadline for abstracts is December 31, 1994. See the call for papers link below. Organizing Committee N. J. Higham (Chairman, University of Manchester) I. S. Duff

75. SIMATH Homepage Computer algebra system for number theoretic applications. http://tnt.math.metro-u.ac.jp/simath/

Welcome at SIMATH! ABOUT SIMATH SIMATH is a computer algebra system, especially for number theoretic purpose. A more detailed overview (as dvi file) or (the TeX Source) The center of development and maintainance of SIMATH is now in TMU (Tokyo Metropolitan University).our present policy and an aim (as dvi file) or (as ps file) DOWNLOAD Download the SIMATH package. : you should first read. Some installation hints : perhaps you should also read before download. The SIMATH manual is also available (as div file) . The TeX-Source of this file is distributed together with the SIMATH system. If you have problems with downloading the tar archive you can try to get the files splitted MAILING LIST We have set up a mailing list to discuss several problems related to the number theoretic system SIMATH among the users of the system. Send an email to simath-user-request@tnt.math.metro-u.ac.jp including the line info in the message of the mail in order to get information on the mailing list, and include the line subscribe in order to join the mailing list for discussing anything related to SIMATH.

76. Linear Algebra Linear algebra with applications by Gareth Williams. Real applications are introduced. These include an analysis of traffic flow in Jacksonville, http://www.stetson.edu/~gwilliam/linear.htm

Linear Algebra with Applications by Gareth Williams A sophomore level introduction to linear algebra which provides a solid foundation in the mathematics and at the same time teaches the student how to use linear algebra. Real applications are introduced. These include an analysis of traffic flow in Jacksonville, predicting weather patterns in Tel Aviv, determining the role of Moscow on the trade routes of Russia, and understanding the behavior of time on a space voyage to Alpha Centauri. Other applications come from such fields as archaeology, demography, sociology, electrical engineering, physics and fractal geometry. Companion Software: The Linear Algebra with Applications Toolbox by Gareth Williams and Lisa Coulter - a set of MATLAB M-files. Mathematica Workbook This text is available from Jones and Bartlett Publishers , Sudbury, Massachusetts. Tel: 978-579-8218. The Spanish version is available from McGraw-Hill Publishers CONTENTS Preface 1 Systems of Linear Equations 1.1 Matrices and Systems of Linear Equations. 1.2 Gauss-Jordan Elimination.

77. RelMiCS8 8th International Conference on Relational Methods in Computer Science; in combination with the COST 274 / TARSKI Workshops and the 3rd International Workshop on applications of Kleene algebra. Brock University, St. Catharines, Ontario, Canada. 2226 February 2005. http://www.relmics8.org/

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78. Guided Readings In Elementary Quantum Mechanics Contains guided readings in Advanced Physical Chemistry and Theoretical Chemistry, specifically, Quantum Mechanics and Statistical Mechanics, with an emphasis on chemical applications. Notice that Guided Reading means what it says, you can not simply read the material contained in this site, you must answer questions about the material as you proceed. These notes allow persons to review/carry out the algebra and calculus for standard quantum mechanical problems. http://web.uconn.edu/~ch351vc/

Physical Chemistry 351 at the University of Connecticut This site contains readings in Advanced Physical Chemistry and Theoretical Chemistry, specifically, Quantum Mechanics and Statistical Mechanics, with an emphasis on chemical applications. Notice that Guided Reading means what it says, you can not simply read the material contained in this site, you must answer questions about the material as you proceed. Be forewarned that I monitor your reading progress. To use the site, please sign in (below). This is optional, but appreciated. Note, Guests are Welcome sign in HERE! Click HERE to use these materials. This will take you to the perl program which runs the various modules. http://web.uconn.edu/~ch351vc This is the main site for Chemistry 351, Quantum Chemistry. We will start with reading the section concerning Fourier Series, with which we will start the course. Our path through this material starts with function spaces, hence the Fourier Series introduction, and then proceeds on to the five standard problems in QM, Particle in a Box, Harmonic Oscillator, Rigid Rotor, H-atom, and H . During that time, we also consider angular momentum in some depth.

79. 1995 IMACS Conference On Applications Of Computer Algebra First IMACS Conference on applications of Computer algebra. University of New Mexico, Albuquerque, New Mexico, USA; 1619 May 1995. http://math.unm.edu/ACA/1995.html

1995 IMACS Conference on Applications of Computer Algebra International Association for Mathematics and Computers in Simulation Conference on Applications of Computer Algebra May 16-19, 1995 University of New Mexico Albuquerque, New Mexico, USA Contents: Electronic proceedings A list of the attendees A description of the meeting. Conference details: The conference program The schedule for the meeting. Maps of New Mexico (AAA) Albuquerque showing the meeting and hotel locations (31K) the University of New Mexico campus the meeting area on the UNM campus Albuquerque area attractions Pictures of the University of New Mexico campus. Join the list of interested parties Conference proceedings and publishing papers. Future meetings at RISC and MHPCC. Further information about IMACS is available, as well as the IMACS calendar of events . There is also information on joining IMACS and the ACA Technical Group You can also find out about the Department of Mathematics and Statistics at the University of New Mexico as well as about other places in New Mexico For more information on symbolic computing or computer algebra, consult the

80. Introduction To Linear Algebra, Independent Study Online Courses, The University Student Solutions Manual for Elementary Linear algebra, applications Version, eighth edition. New York John Wiley and Sons, 2000. Top of page http://continuetolearn.uiowa.edu/ccp/gis/courses/22m027_p.htm

22M:027 Introduction to Linear Algebra (4 s.h.) Department of Mathematics About the coursewriter and instructor Introduction List of lessons Students who wish to enroll: Link to enrollment information Contact Us for more information about Guided Independent Study and other programs available through the Center for Credit Programs or if you are having technical problems with our Web site. Top of page About the coursewriter and instructor Daniel D. Anderson , Professor of Mathematics, received his Ph.D. in 1974 from the University of Chicago. He has taught at the Virginia Polytechnic Institute and State University, the University of Missouri at Columbia, and has been with the Department of Mathematics at The University of Iowa since 1977. Professor Anderson has published over one hundred and fifty research articles in commutative algebra, and has lectured on his research in Africa, Asia, and Europe. His teaching experience ranges from courses in pre-algebra to graduate courses in commutative ring theory. He is married, has a daughter, son-in-law and grandson, and enjoys collecting Iowa trade tokens (tokens issued by pool halls, dairies, bars, general stories, etc.), hiking, and picnicking. Top of page Intro duction About this course Required textbooks Course organization Lesson format ... How to study About this course The prerequisite for this course is 22M:021 or or an equivalent first semester calculus course or 22M:031 or consent of instructor. (

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