21. Differential Geometry differential geometry. August 11, 2003 to May 15, 2004 at the MathematicalSciences Research Institute, Berkeley, California Organized http://www.msri.org/calendar/programs/ProgramInfo/108/show_program

Calendar Differential Geometry August 11, 2003 to May 15, 2004 at the Mathematical Sciences Research Institute, Berkeley, California Organized by: Robert Bryant (co-chair), Frances Kirwan, Peter Petersen, Richard Schoen, Isadore Singer, and Gang Tian (co-chair) Differential geometry is a vast subject that has its roots in both the classical theory of curves and surfaces, i.e., the study of properties of objects in physical space that are unchanged by rotation and translation, and in the early attempts by Gauss and Riemann, among others, to understand the features of problems from the calculus of variations that are independent of the coordinates in which they might happen to be described. As classical as the subject is, it is currently undergoing a very vigorous development, interacting strongly with theoretical physics, mechanics, topology, algebraic geometry, symplectic topology, partial differential equations, the calculus of variations, integrable systems, and many other subjects. The five main topics on which we propose to concentrate the program are areas that have shown considerable growth in the last ten years: Complex geometry, calibrated geometries and special holonomy

22. Homepage Of Differential Geometry Group differential geometry. One of the main topics of the research in the area ofdifferential geometry is Infinite Dimensional differential geometry. http://www.mat.univie.ac.at/Groups/Michor.html

Differential Geometry This is the homepage of the group of people in the Mathematics Institute of the University of Vienna working in or interested in Differential Geometry, Algebraic Geometry, or Algebraic Topology. One of the main topics of the research in the area of Differential Geometry is Infinite Dimensional Differential Geometry. Here, the geometry of manifolds is under investigation that is modelled on general locally convex vector spaces. In particular, the theory of infinite dimensional Lie groups (for example, groups of diffeomorphisms on finite dimensional manifolds) is studied. In the area of Finite Dimensional Differential Geometry the main research directions are, among others, the study of actions of Lie groups, as well as geometric structures of finite order and Cartan connexions. This work has strong algebraic connections, for example to the theory of algebraic groups and to the representation theory of semisimple Lie groups. Andreas Cap Research interests. Publications. Stefan Haller ... Articles and Talks. Some interesting web links The ESI homepage: ESI Lectures and seminars ESI preprints The EMS homepage: ... Zentralblatt MATH Database.

23. Sfb 288 Home Page Translate this page Sonderforschungsbereich 288 differential geometry and Quantum Physics.Speaker Prof. Dr. Ulrich Pinkall Secretary Bianca Toltz Sekr. http://www-sfb288.math.tu-berlin.de/

Home About Us Research People ... Other Info Sonderforschungsbereich 288 Differential Geometry and Quantum Physics Speaker: Prof. Dr. Ulrich Pinkall Secretary: Bianca Toltz Sekr. MA 8-5 Technische Universität Berlin Strasse des 17. Juni 136, 10623 Berlin phone: +49 (0)30 314 79252 fax: +49 (0)30 314 21577 email: sfb288@sfb288.math.tu-berlin.de Webmaster wwwop@sfb288.math.tu-berlin.de Sfb 288 Mathematics 8-5, Strasse des 17 Juni 136, TU-Berlin Berlin

24. Sfb 288 Preprints Archive Sfb 288 differential geometry and Quantum Physics.Category Science Math Publications Institutional Collections...... Home About Us Research People Publications News OtherInfo , Sfb 288 differential geometry and Quantum Physics. Preprints Archive. http://www-sfb288.math.tu-berlin.de/Publications/Preprints.html

Home About Us Research People ... Other Info Sfb 288 Differential Geometry and Quantum Physics Preprints Archive Have a look at the description on how to deposit Sfb 288 preprints on the web server. The preprints are arranged in approximate chronological order, and numbered from 1 upwards. Some postscript files are not available, particularly for the early preprints. You can also search in the preprint database. Some recent arrivals: B. Hartmann: Generalized Wick Transform in Dimensionally Reduced Gravity. preprint582.ps.gz (469 kB) I. Bjelakovic, T. Krüger, Ra. Siegmund-Schultze, A. Szkola: arXiv.org/quant-ph/0301177 preprint581.ps.gz (79 kB) Igor Bjelakovic, Arleta Szkola: The Data Compression Theorem for Ergodic Quantum Information Sources preprint580.ps.gz (148 kB) Igor Bjelakovic, Tyll Krüger, Rainer Siegmund-Schultze, Arleta Szkola: The Shannon-McMillan Theorem for Ergodic Quantum Lattice Systems preprint579.ps.gz (121 kB) Th. Neukirchner: Solvable Pseudo-Riemannian Symmetric Spaces preprint578.ps.gz (309 kB)

25. Differential Geometry Page This page contains a few figures which are the result of easy codes using Mathematica, including Category Science Math Geometry differential geometry......differential geometry Page. This page contains a few figureswhich are the result of easy codes using Mathematica. http://math.bu.edu/people/carlosm/Diffeo.html

Differential Geometry Page This page contains a few figures which are the result of easy codes using Mathematica. Enneper's Surface Torus

26. Sun-Yung Alice Chang Director of Graduate Studies, Department of Mathematics, Princeton University. Subjects geometric analysis, algebraic geometry, differential geometry. http://www.math.princeton.edu/~chang

Sun-Yung Alice Chang Department of Mathematics, Princeton University email: chang@math.princeton.edu Office Phone: 609-258-5114 Fall 2002: Teaching Math 215 MathSciNet Home Page e-Print title/author/abstract search (Algebraic Geometry) Recent preprints (Differential Geometry) Recent preprints (Analysis of PDE) New Papers Sun-Yung A. Chang, Jie Qing and Paul Yang, ``On finiteness of Kleinian groups in general dimension,'' preprint, (2001). [ ps Sun-Yung A. Chang, Matt Gursky and Paul Yang, ``A prior estimate for a class of fully nonlinear equations on 4-manifolds,'' Journal D'Analyse Mathematique, Vol 87 (2002), memorial issue for Thomas Wolff, to appear . [ ps Sun-Yung A. Chang, Chiun-Chaun Chen and Chang-Shou Lin, ``Extremal functions for a mean field equation in two dimension,'' preprint, (2001). Sun-Yung A. Chang, Matt Gursky and Paul Yang, ``Entire solutions of a fully non-linear equation,'' preprint (2001). [ ps Sun-Yung A. Chang and Paul Yang, ``The inequality of Moser and Trudinger and applications to conformal geometry,'' preprint, 2002; to appear in CPAM, memorial issue for Jurgen Moser. [ ps Sun-Yung A. Chang and Paul Yang, ``Non-linear Partial Differential equations in Conformal Geometry", to appear in the Proceedings for ICM 2002, Beijing. [

27. Norris, James Research interests Topics in probability and analysis, including stochastic differential equations, Malliavin calculus, analysis of heat kernels, homogenization, Brownian motion and Brownian sheet, stochastic differential geometry, models of coagulation and coalescence. http://www.statslab.cam.ac.uk/Dept/People/norris.html

28. Differential Geometry Group Pure Maths differential geometry Group, Staff. Yorkshire DifferentialGeometry Days. differential geometry Links. The Geometry Center. http://www.maths.leeds.ac.uk/Pure/geometry/

29. GANG | Geometry Analysis Numerics Graphics The Center is an interdisciplinary differential geometry research team in the Dept of Mathematics Statistics at the University of UMass Amherst. http://www.gang.umass.edu

The GANG Gallery of Constant Mean Curvature Surfaces The GANG Gallery of Willmore Surfaces The GANG Gallery of Minimal Surfaces The GANG Gallery of Pseudospherical Surfaces Summer REU program at GANG

30. Differential Geometry Authors/titles Recent Submissions differential geometry. To appear in Journal of differential geometry Subjclass DifferentialGeometry; Algebraic Geometry; Symplectic Geometry Thu, 13 Mar 2003. http://arxiv.org/list/math.DG/recent

Differential Geometry Authors and titles for recent submissions Tue, 18 Mar 2003 Mon, 17 Mar 2003 Fri, 14 Mar 2003 Thu, 13 Mar 2003 ... Wed, 12 Mar 2003 Tue, 18 Mar 2003 math.DG/0303199 abs ps pdf other Title: The Dirichlet problem for minimal surfaces equation and Plateau problem at infinity Authors: Laurent Mazet Comments: 30 pages, 4 figures Subj-class: Differential Geometry MSC-class: math.DG/0303197 abs ps pdf other Title: Kaehler reduction of metrics with holonomy G_2 Authors: Vestislav Apostolov Simon Salamon Subj-class: Differential Geometry MSC-class: math.DG/0303195 abs ps pdf other Title: $C^0$-topology in Morse theory Author: A.Pajitnov Comments: 22 pages, Latex file Subj-class: Differential Geometry math.DG/0303191 abs ps pdf other Title: Authors: G.W. Gibbons Comments: 10 pages Latex Subj-class: Differential Geometry MSC-class: math.DG/0303184 abs ps pdf other Title: Ambient metric construction of Q-curvature in conformal and CR geometries Authors: Charles Fefferman Kengo Hirachi Comments: 14 pages Subj-class: Differential Geometry MSC-class: 53C07 (Primary) 32V05, 53B15 (Secondary)

31. [math/0106083] Differential Geometry Of Gerbes differential geometry of Gerbes. Authors Lawrence Breen, William Messing Comments70 pages. Uses XyPic. There are substantial improvements in this version. http://arxiv.org/abs/math.AG/0106083

Mathematics, abstract math.AG/0106083 ): Mon, 11 Jun 2001 16:49:37 GMT (70kb) Date (revised v2): Mon, 18 Mar 2002 19:28:23 GMT (115kb) Differential Geometry of Gerbes Authors: Lawrence Breen William Messing Comments: 70 pages. Uses XyPic. There are substantial improvements in this version. In particular, the proof of the higher Bianchi identity has been clarified and the coboundary relations have been worked out when the gerbe is trivial. The cocycle equations for a gerbe with connection are described in a very explicit manner Subj-class: Algebraic Geometry; Category Theory; Differential Geometry We define in a global manner the notion of a connective structure for a gerbe on a space X. When the gerbe is endowed with trivializing data with respect to an open cover of X, we describe this connective structure in two separate ways, which extend from abelian to general gerbes the corresponding descriptions due to J.- L. Brylinski and N. Hitchin. We give a global definition of the 3-curvature of this connective structure as a 3-form on X with values in the Lie stack of the gauge stack of the gerbe. We also study this notion locally in terms of more traditional Lie algebra-valued 3-forms. The Bianchi identity, which the curvature of a connection on a principal bundle satisfies, is replaced here by a more elaborate equation. Full-text: PostScript PDF , or Other formats References and citations for this submission: CiteBase (autonomous citation navigation and analysis) Links to: arXiv math find abs

32. The Math Forum - Math Library - Diffrntl Geom. This page contains sites relating to differential geometry. Hosted by the Math Forum.more . DG differential geometry (Front for the Mathematics ArXiv) Univ. http://mathforum.org/library/topics/differential_g/

Browse and Search the Library Home Math Topics Geometry : Diffrntl Geom. Library Home Search Full Table of Contents Suggest a Link ... Library Help Selected Sites (see also All Sites in this category Curve Family Index (Visual Dictionary of Special Plane Curves) - Xah Lee A discussion of the many ways to classify curves, how they are named, a curve family tree, and interconnection between curves, with related Web sites about fractals and curves. Hosted by the Math Forum. more>> DG Differential Geometry (Front for the Mathematics ArXiv) - Univ. of California, Davis Differential Geometry preprints, from the U.C. Davis front end for the xxx.lanl.gov e-Print archive, a major site for mathematics preprints that has incorporated many formerly independent specialist archives. Search by keyword or browse by topic. more>> Differential Geometry - Dave Rusin; The Mathematical Atlas A short article designed to provide an introduction to differential geometry, the language of modern physics and an area of mathematical delight. Typically, one considers sets which are manifolds (that is, locally resemble Euclidean space) and which come equipped with a measure of distances. In particular, this includes classical studies of the curvature of curves and surfaces. Local questions both apply and help study differential equations; global questions often invoke algebraic topology. History, applications and related fields and subfields; textbooks, reference works, and tutorials; software and tables; other web sites with this focus.

33. Starlight And Mercury's Orbit open.org/pitmandu For the junior student; an heuristic development of the equations explaining the precession of the orbit of Mercury and the deflection of light in a gravitational field without using differential geometry. Includes a review of the development of E=mc^2. http://open.org/pitmandu

REALITY IS JUST VIRTUAL LIGHT BENDING AND PERIHELION PRECESSION WITHOUT DIFFERENTIAL GEOMETRY Dunc Pitman E-Mail: pitmandu@open.org People are spending altogether too much time worrying about why a ray of starlight passing near the sun is bent in its path by twice the amount predicted by Newtonian mechanics and also why the axes of the orbit of Mercury are precessing at the rate of a few arc seconds per century. Hopefully, a continuation of last semester's line of reasoning will convince us that the two phenomena are quite natural and no cause for concern. First, a quick review of last semester's work, up to;

34. Differential Geometry And Physics Lectures Notes by Gabriel Lugo University of North Carolina at WilmingtonCopyright 1998. differential geometry and Physics. I. Vectors http://www.uncwil.edu/people/lugo/COURSES/DiffGeom/dg1.htm

Lectures Notes by Gabriel Lugo University of North Carolina at Wilmington Differential Geometry and Physics I. Vectors and Curves (v1.8-pdf 560K) 1.1 Tangent Vectors 1.2 Curves 1.3 Fundamental Theorem of Curves II. Differential forms v1.8-pdf 663K) 2.1 1-Forms 2.2 Tensors and Forms of Higher Rank 2.3 Exterior Derivatives 2.4 The Hodge-* Operator III. Connections (v1.8-pdf 368K) 3.1 Frames 3.2 Curvilinear Coordinates 3.3 Covariant Derivative 3.4 Cartan Equations IV Surfaces in R (v1.8-pdf 521K) 4.1 Manifolds 4.2 First Fundamental form 4.3 Second Fundamental Form 4.4 Curvature Full set(DVI 228K) Full set (PDF 2.1Mb) Return to Technology College home page Gabriel G. Lugo, lugo@uncwil.edu Last updated April 13, 1998

35. Yorkshire Differential Geometry Day (YDGD2) University of Leeds, UK; 25 January 2002. http://www.amsta.leeds.ac.uk/pure/geometry/dgday.html

36. Graphics Archive - Special Topics:Differential Geometry Graphics Archive Up Comments Special Topicsdifferential geometry.Classical differential geometry uses differential calculus http://www.geom.umn.edu/graphics/pix/Special_Topics/Differential_Geometry/

Graphics Archive Up Comments Special Topics :Differential Geometry Classical differential geometry uses differential calculus to study the properties of figures such as curves and surfaces in Euclidean planes or spaces. Modern differential geometry expands this to include non-euclidean spaces, and higher-dimensional submanifolds, but still based on the methods of differential and integral calculus. Images: Face Drawn on Sphere Flat Moebius Strip Sphere Scribble Sudanese Moebius Band The Geometry Center Home Page Comments to: webmaster@geom.umn.edu Created: Tue Feb 11 7:10:26 CST 1997 - Last modified: Tue Feb 11 7:10:26 CST 1997 The Geometry Center For permission to use these images, please contact permission@geom.umn.edu

37. Levoca 2001 Advanced 5day course, immediately before the 8th International Conference on differential geometry and its Applications (2731 August 2001). Mathematical Institute, Silesian University, Opava, Czech Republic; 2024 August 2001. http://www.math.slu.cz/levoca.html

Advanced 5-day course VARIATIONAL SEQUENCES AND BICOMPLEXES August 20-24, 2001 Opava, Czech Republic organized by the Mathematical Institute of the Silesian University in Opava The course takes place immediately before 8-th International Conference on Differential Geometry and Its Applications (27-31 August 2001) SECOND ANNOUNCEMENT LECTURES Group Invariant Solutions to Differential Equations and Reduction of Variational Bicomplexes Introduction to Variational Sequences Geometric Aspects of Conservation Laws of Nonlinear Differential Equations LECTURERS Prof. Ian M. Anderson Department of Mathematics and Statistics Utah State University Logan, Utah 84 322 USA e-mail: anderson@math.usu.edu Prof. Demeter Krupka Mathematical Institute Silesian University at Opava Bezrucovo nam. 13, 746 01 Opava Czech Republic e-mail: Demeter.Krupka@math.slu.cz Prof. Alexander Verbovetsky Diffiety Institute Independent University of Moscow Bolshoi Vlasevsky Pereulok, Dom 11, Moscow Russia e-mail: verbovet@mccme.ru PROGRAM OF THE COURSE Group Invariant Solutions to Differential Equations and Reduction of Variational Bicomplexes (I. M. Anderson)

38. Differential Geometry differential geometry. This is where we will classify and describe any kindof surfaces according to their curvature, regularity and orientation. http://www.geom.umn.edu/zoo/diffgeom/

Up: Topological Zoo Welcome Page Differential Geometry This is where we will classify and describe any kind of surfaces according to their curvature, regularity and orientation. Curves in the Plane Curves in Space Surfaces in Space The Geometry Center Home Page Topological Zoo Welcome Page Comments to: webmaster@geom.umn.edu Created: Apr 18 1996 Last modified: Sun Apr 28 15:40:21 1996 The Geometry Center

39. EDGE-Madrid Portuguese and Spanish node of the European Research Training Network European differential geometry Endeavour . Lists members and activities. http://www.uam.es/departamentos/ciencias/matematicas/geometria/

EDGE-Madrid Portuguese and Spanish node of the European Research Training Network European Differential Geometry Endeavour Geometry and Physics Luminy, 13-17 October 2003 The aim of this conference is to introduce non experts to recent developments in such topics as gauge theory and non commutative gauge theory. Interactions with physics will be emphasized. The conference will start on Monday 13th October at 9:30 and will end on Friday 17th October at 12:30. Wednesday afternoon will be free. People who wish to attend should get in touch with BOTH organizers before the 31st July 2003. At the beginning of September, the organizers will send to the CIRM the list of participants together with their e-mail addresses. Then the CIRM will get in touch with each participant. Various informations about the CIRM including accomodation and the cost are available on the site: http://www.cirm.univ-mrs.fr/ Invited speakers: A. Connes, R. Dijkgraaf, J. Figueroa O'Farril, N. Hitchin, D. Kreimer, H. Moscovici, N. Nekrasov, A. Schwarz, A. Weinstein. Mini courses will be given by A. Connes and N. Nekrasov.

40. Xxx.lanl.gov/list/math.DG/recent This course is...... Similar pages xxx.lanl.gov/archive/dgga Similar pages differential geometry Text Elementary differential geometry, by O’Neill, 2nd ed., Academic Press SoftwareMaple V Release 5 (not required to buy) http://xxx.lanl.gov/list/math.DG/recent

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