1. Dynamical Systems Home Page dynamical systems Homepage Institute for Mathematical Sciences SUNY at Stony Brook. Open problems in dynamical systems. Links to similar pages. http://www.math.sunysb.edu/dynamics/

Dynamical Systems Homepage Institute for Mathematical Sciences SUNY at Stony Brook A list of recent past conferences , and some upcoming conferences in the field. There is a special Joint Symplectic Topology/Dynamics Seminar held at Courant Institute or at Stony Brook every 3 weeks. Seminar schedules in the tri-state area. Take a look at the pictures from the conference "Around Dynamics" held in honor of Jack Milnor. A searchable list of people working in the field, and some other similar lists Browse our Thesis Server or submit your own work. The Dynamical Systems electronic preprint list at Stony Brook, has merged into the Dynamical Systems section of the XXX mathematics e-print server Here are several other electronic preprint servers We also have collected links to some survey articles in Dynamical Systems, available on-line. Programs :Links to a great variety of programs to draw pictures of dynamical objects. There is a bibliography list , constantly updating. Open problems in Dynamical Systems. Links to similar pages Leave a comment about these pages.

2. [gr-qc/9910074] Dynamical Systems In Cosmology A tutorial introducing the use of dynamical systems to study the large scale structure of the universe. http://arxiv.org/abs/gr-qc/9910074

General Relativity and Quantum Cosmology, abstract gr-qc/9910074 From: [ view email ] Date: Thu, 21 Oct 1999 17:57:37 GMT (32kb) Dynamical Systems in Cosmology Authors: A. A. Coley (Dalhousie University) Comments: 38 pages. To appear in Proceedings of ERE-99 Dynamical systems theory is especially well-suited for determining the possible asymptotic states (at both early and late times) of cosmological models, particularly when the governing equations are a finite system of autonomous ordinary differential equations. We begin with a brief review of dynamical systems theory. We then discuss cosmological models as dynamical systems and point out the important role of self-similar models. We review the asymptotic properties of spatially homogeneous perfect fluid models in general relativity. We then discuss some results concerning scalar field models with an exponential potential (both with and without barotropic matter). Finally, we discuss some isotropic cosmological models derived from the string effective action. Full-text: PostScript PDF , or Other formats References and citations for this submission: SLAC-SPIRES HEP (refers to , cited

3. AMS Online Books/COLL9/ 1927 classic by George D. Birkhoff published by AMS. Scanned chapters in PDF. http://www.ams.org/online_bks/coll9/

Title List Help AMS Home AMS Bookstore Dynamical Systems by George D. Birkhoff Publication Date: 1927 Number of Pages: 305 pp. Publisher: AMS ISBN: 0-8218-3394-4 COLL/9.E Download Individual Chapters - FREE (11 files - 22.1mb) Frontmatter Title Introduction Preface Contents Physical aspects of dynamical systems Variational principles and applications Formal aspects of dynamics Stability of periodic motions ... Endmatter Addendum Footnotes Bibliography Index Comments: webmaster@ams.org Privacy Statement Search the AMS

4. Dynamical Systems And Fractals Lecture Notes Lecture Notes by David J. Wright in HTML. http://www.math.okstate.edu/mathdept/dynamics/lecnotes/lecnotes.html

Next: Contents Up: Dynamical Systems and Fractals Dynamical Systems and Fractals Lecture Notes David J. Wright Contents Introduction to Dynamical Systems Symbolic dynamical systems Discrete-time systems ... About this document ... David J. Wright Mon Aug 19 17:21:15 CDT 1996

5. Java Exploration Tool For Dynamical Systems This Java Applet can be used for the exploration on twodimensional analytical defined dynamical systems. The system is defined by a set of two differential equations, which will be evaluated within adjustable regions forming a two-dimensional vector field. http://www.cg.tuwien.ac.at/research/vis/dynsys/frolic/

Java Exploration Tool for Dynamical Systems by R. Wegenkittl and Project Duration A detailed description is given in the paper Fast Oriented Line Integral Convolution for Vector Field Visualization via the Internet (IEEE Visualization '97 Proceedings) (Applet Version 1.0) 1) General Features This Java Applet can be used for the exploration on two-dimensional analytical defined dynamical systems. The system is defined by a set of two differential equations, which will be evaluated within adjustable regions forming a two-dimensional vector field. Basic visualization methods as well as advanced methods can now be applied to the vector field. Each resulting visualization is displayed in an own window allowing easy comparison of different results. Some of the methods also can be animated to give a deeper insight to the systems dynamic. In the following a short description of the tool is given: 2) How to enter a dynamical system The first two lines of the applet are used for entering the dynamical system (see Fig.1). The state variables are called x and y and only state variables (and no derivatives) can be used on the right hand side of the equations. For each variable a region can be specified, for which the vector field will be calculated. In the Parameter section nine parameter can be entered. This is useful for cleaning up the display of long formulas. Parameters can not only be defined by constants, but can also be made up by difficult calculations, state variables and other parameter (Attention: avoid recursive definition like "a = b" and "b=a" for they will result in a system crash).

6. Dynamical Systems And Technology Project Dancing Triangles. The dynamical systems and Technology Project at Boston University. Zooming Sierpinski. Interactive Papers on dynamical systems. http://math.bu.edu/DYSYS/

Dancing Triangles The Dynamical Systems and Technology Project at Boston University Zooming Sierpinski This project is a National Science Foundation sponsored project designed to help secondary school and college teachers of mathematics bring contemporary topics in mathematics (chaos, fractals, dynamics) into the classroom, and to show them how to use technology effectively in this process. At this point, there are a number of Java applets available at this site for use in teaching ideas concerning chaos and fractals. There are also several interactive papers designed to help teachers and students understand the mathematics behind such topics as iteration, fractals, iterated function systems (the chaos game), and the Mandelbrot and Julia sets. Available at this site: JAVA Applets for chaos and fractals Play the chaos game; explore iterated function systems; and make fractal movies, like the Dancing Triangles and Zooming Sierpinski above, all at your own computer. These applets are now up and running! The Mandelbrot Set Explorer This is an interactive site designed to teach the mathematics behind the Mandelbrot and Julia sets. It consists of a series of tours in which you will discover some of the incredibly interesting and beautiful mathematics behind these images. The site is designed to be used by readers of

7. Lectures On Dynamical Systems And Ergodic Theory dynamical systems and Ergodic Theory Corrected version. Mark Pollicott and Michiko Yuri. (Manchester University and Sapporo University). http://www.ma.man.ac.uk/~mp/book.html

Dynamical Systems and Ergodic Theory [Corrected version] Mark Pollicott and Michiko Yuri (Manchester University and Sapporo University) Published by Cambridge University Press (January 1998). London Mathematical Society Students Texts, No. 40 The files below are corrected pdf files of the individual chapters Contents Introduction Preliminaries Examples and basic properties ... Index The following pdf file contains a list of corrections to the published book. In addition, further revisions to chapters 15 and 16 are required. Corrections The following (rough) chapter was discarded at an early stage. Markov extensions

8. Control & Dynamical Systems - Caltech CONTROL AND dynamical systems California Institute of Technology Mail Stop 10781 1200 East California Boulevard Pasadena, CA 91125, USA Tel (626) 395-4140 (626 http://www.cds.caltech.edu/

People Faculty Visiting Faculty and Postdoctoral Scholars Staff Graduate Students ... Telephone List Undergraduate Program New Undergraduate Minor Graduate Program Information about the CDS graduate program Applying for Graduate Study Letter to Prospective Graduate Students Research and Teaching Courses Seminars Technical Reports Conferences and Workshops ... Mailing Lists Resources CDS Central Computing Information Page Visitor Information Caltech Home Page Please send requests for information about CDS to the option secretary: Charmaine Boyd cb@cds.caltech.edu The CDS department is located in the Steele Building (#81). CONTROL AND DYNAMICAL SYSTEMS California Institute of Technology Mail Stop 107-81 1200 East California Boulevard Pasadena, CA 91125, USA Tel (626) 395-4140 (626) 796-8914 Fax Page maintained by: www-cds@cds.caltech.edu

9. Open Problems List A collection of papers outlining unsolved problems in the field of dynamical systems. http://www.math.sunysb.edu/dynamics/open.html

Open Problems in Dynamical Systems Open problems in holomorphic dynamics Two lists of problems are currently available on-line: Conformal Dynamics Problem List Ed. by B. Bielefeld, IMS at Stony Brook Preprint 1990/1 and more recent Problems in Holomorphic Dynamics Ed. by B. Bielefeld and M. Lyubich, IMS at Stony Brook Preprint 92/7 In addition some open questions may be found in these surveys Open problems in dynamics in several complex variables is a part of Several complex variables problems list available from Several complex variables preprint server in Indiana. Please send your problems to Gregery Buzzard at gbuzzard@iu-math.math.indiana.edu Problems in Low-Dimensional Topology a 380 pages PostScript file edited by Rob Kirby contain some problems on Topological Dynamics. Topology of hyperbolic attractors. A problem submitted by Christian Bonatti. A collection maintained by Sergiy Kolyada and Michal Misiurewicz Is entropy effectively computable? A problem by John Milnor We are soliciting open problems in various areas of Dynamical Systems for posting on this page. You can post a problem by filling out this form or by sending an e-mail to webmaster@math.sunysb.edu

10. The Dynamical Systems And Technology Project The dynamical systems and technology project This World Wide Web (WWW) site, sponsored by the National Science Foundation, is designed to help secondary school and college teachers of mathematics http://rdre1.inktomi.com/click?u=http://math.bu.edu/DYSYS/dysys.html&y=02FE1

11. Dynamical Systems And Technology Project An educational site on chaos and fractals. http://math.bu.edu/DYSYS/dysys.html

Dancing Triangles The Dynamical Systems and Technology Project at Boston University Zooming Sierpinski This project is a National Science Foundation sponsored project designed to help secondary school and college teachers of mathematics bring contemporary topics in mathematics (chaos, fractals, dynamics) into the classroom, and to show them how to use technology effectively in this process. It is directed by Robert L. Devaney of the Department of Mathematics at Boston University. At this point, there are a number of Java applets available at this site for use in teaching ideas concerning chaos and fractals. There are also several interactive papers designed to help teachers and students understand the mathematics behind such topics as iterated function systems (the chaos game) and the Mandelbrot and Julia sets. If you wish to have information about the dynamical systems group at Boston University, you are in the wrong place. Click here to go there. Available at this site: JAVA Applets for chaos and fractals Play the chaos game; explore iterated function systems; and make fractal movies, like the Dancing Triangles and Zooming Sierpinski above, all at your own computer. These applets are now up and running! The Mandelbrot Set Explorer This is an interactive site designed to teach the mathematics behind the Mandelbrot and Julia sets. It consists of a series of tours in which you will discover some of the incredibly interesting and beautiful mathematics behind these images. The site is designed to be used by readers of

12. CENTER FOR DYNAMICAL SYSTEMS Center for dynamical systems. Meetings, members, publications. http://www.math.psu.edu/dynsys/

13. SIAM Pacific Rim Dynamical Systems Conference Organized by SIAM Activity Group on dynamical systems (SIAG/DS) The range of applications of dynamical systems to fields outside of mathematics continues to grow unabated http://www.siam.org/meetings/ds00

14. Dynamical Systems At Boston University The dynamical systems Group. At Boston University. A list of graduate students working in the dynamical systems and their areas of research. Dynamics seminar. http://math.bu.edu/dynamics/

The Dynamical Systems Group At Boston University Faculty A list of the seven faculty members in the Dynamics group and their areas of research. Graduate Students A list of graduate students working in the Dynamical Systems and their areas of research. Dynamics seminar Speakers at the Dynamics Seminar held on Mondays at 4 PM, MCS Room 149 (tea beforehand at 3:30 PM) and directions to the seminar. Courses A brief list of courses in dynamical systems offered in the Boston University Mathematics Department. Alums A list of recent Ph.D.s in Dynamical Systems at Boston University and where they are now. BU Math Home Page

15. Differential Geometry - Dynamical Systems Differential Geometry dynamical systems. ISSN 1454-511X. Differential Geometry is a fully refereed research domain included in all http://vectron.mathem.pub.ro/dgds/

Differential Geometry - Dynamical Systems ISSN 1454-511X Differential Geometry is a fully refereed research domain included in all aspects of mathematics and its applications. The Electronic Journal "Differential Geometry - Dynamical Systems" is published in free electronic format by Balkan Society of Geometers, Geometry Balkan Press. Main Journal Papers Volume 1 (1999) Volume 2 (2000) Volume 3, no. 1 (2001) Volume 3, no. 2 (2001) ... Editors Mathematics Journals Applied Sciences (APPS) The Electronic Library of Mathematics (EMIS) Paper and Electronic Journals Comments welcome Last update: January 2003.

16. Ecometry Chaos theory is a popular name for the theory of dynamical systems (DS), mainly for nonlinear systems. The theory covers many aspects of the life of DS, all of them have the same characteristics, they were born, they lived and they died. http://www.geocities.com/ecometry

17. Differential Geometry - Dynamical Systems Differential Geometry dynamical systems issn 1454-511x http://rdre1.inktomi.com/click?u=http://vectron.mathem.pub.ro/dgds/&y=026737

18. SIAM Journal On Applied Dynamical Systems SIAM Journal on Applied dynamical systems. The SIAM Journal on Applied dynamical systems (SIADS) publishes research articles on the http://epubs.siam.org/sam-bin/dbq/toclist/SIADS

SIAM Journal on Applied Dynamical Systems The SIAM Journal on Applied Dynamical Systems (SIADS) publishes research articles on the mathematical analysis and modeling of dynamical systems and its application to the physical, engineering, and life sciences. SIADS is published in electronic format only. The use of color, animated visualizations, and internal linking is strongly encouraged where it enhances the exposition, but papers without these enhancements are accepted as well; review is based on research content. Submitted articles should contribute either to the theory of dynamical systems, to the understanding of dynamical systems phenomena through experiment or numerical simulation, or to the use of dynamical systems methods in applications. ISSN: 1536-0040 (Electronic) Volume 3 Volume 3, Number 2

19. Shandelle M. Henson's Homepage Andrews University. dynamical systems and bifurcation theory, with applications to population biology and ecology. http://www.andrews.edu/~henson

Shandelle M. Henson Associate Professor of Mathematics Andrews University henson@andrews.edu Click on this flour beetle to find out what insects have to do with mathematics. Research current research professional publications reprints collaborators ... Twenty-five Years of Ecological Chaos Teaching current course information teaching philosophy undergraduate research team Other curriculum vitae interests cool links Department of Mathematics ... Andrews University / Berrien Springs, MI 49104 USA

20. A Taylor & Francis Journal: Dynamical Systems: An International Journal The primary goal of dynamical systems An International Journal (founded as Dynamics and Stability of Systems) is to act as a forum for communication across http://www.tandf.co.uk/journals/tf/14689367.html

Contact Us Members of the Group All Products Books Journal Article eBooks Alphabetical Listing Journals by Subject Advertising Customer Services ... eBooks Dynamical Systems An International Journal Editors-in-Chief: Peter Ashwin , Department of Mathematical Sciences, Laver Building, University of Exeter, Exeter, EX4 4QE, UK Matthew Nicol , Department of Mathematics, University of Houston, Houston, Texas, 77204-3008, USA Editorial Information Publication Details: Volume 19, 2004, Quarterly ISSN Print 1468-9367 ISSN Online 1468-9375 2004 Subscription Rates Subscribe Online! Institutional: US$810/£488 Individual: US$222/£136 of CrossRef SARA (Free contents alerting service) Online Sample Copy New Leaflet Available Now! Visit the Science Arena! Instructions for Authors ... Table of Contents (Volumes 11-13) Table of Contents (Available Online from Volume 14) Aims and Scope: Dynamical Systems: An International Journal is published four times a year in print and electronic editions. The primary goal of Dynamical Systems: An International Journal (founded as Dynamics and Stability of Systems) is to act as a forum for communication across all branches of modern dynamical systems, and especially to facilitate interaction between theory and applications. This journal aims to publish high quality research articles in the theory and applications of dynamical systems, especially but not exclusively nonlinear systems. Advances in the following topics will be addressed by the journal:

Page 1     1-20 of 174    1  | 2  | 3  | 4  | 5  | 6  | 7  | 8  | 9  | Next 20