Surf these sites: A farewell to chaos -- A conception of decimal numbers that shows the birth of a new dimension in a natural phenomenon, and the inevitable and simultaneous surge of chaos. With this conception, fractal dimensions of Mandelbrot become more general than the whole dimensions with coordinates, and the paradoxes of Cantor''s infinite numbers vanish. AUTO WWW Site -- The official WWW site for AUTO, the Continuation and Bifurcation Software for Ordinary Differential Equations. Topics include Bibliography, Documentation, Download, and more. Adapting science to chaos and complexity theory, chaotic and complex dynamical systems -- The heisenburg uncertainty principle, given chaos and complexity theory, limits experimentation. Optimizing science against chaotic and complex dynamical systems requires new math, based on the logic of evolution, instead of on non-linear functions of rational measurement. Here''s one proposal--new mathematics and metaphysics specifically designed for chaos theory and complex systems. An experimental approach to nonlinear dynamics and chaos -- This book provides an elementary introduction to the basic theoretical and experimental tools necessary to begin research into the nonlinear behavior of mechanical, electrical, optical, and other systems. Applied Chaos Lab -- The applied chaos laboratory (ACL) of Georgia Tech does research covering a broad range of analysis and application of chaotic behavior and related phenomena. Chaos Metalink -- The Chaos MetaLink is a resource for the Chaos community and all those interested in Chaos and things fractal. Bringing Chaos to the Web since 1995. Chaos Research Group -- The Chaos Research Group studies deterministic chaos and nonlinear dynamics in engineering systems. Chaos Theory without the Math -- History of Chaos Theory and details of its inner workings without the math. Chaos at Maryland -- Impressive chaos page by the University of Maryland''s Chaos Group. Chaos papers, gallery, database, abstracts, software, book recommendations, more. Chaos theory and fractal phenomena -- Explains chaos theory and associated concepts like the butterfly effect, Lorenz attractor and fractals. Chaos: Making a New Science (James Gleick) -- An excerpt from the award-winning bestseller that brought the forefront of chaos research to public eye for the first time (includes link to bookstore site) Classical And Quantum Chaos -- Lecture notes on periodic orbits: A comprehensive webbook. CompLexicon -- A cross-referenced guide to the concepts, terminology, and key figures of modern dynamics, the main tools used to investigate complexity in nature. Continued Fractions and Chaos -- by Robert Corless - an activated text Crawling Chaos Labs -- Research labs devoted to Chaos Mathematics and Fractal Topology in 3+ dimensions. Dynamical Systems Home Page -- Conference listings, survey articles, open problems, people, jobs, and seminars. Dynamical Systems and Technology Project -- A project designed to help secondary school and college teachers of mathematics bring contemporary topics in mathematics (chaos, fractals, dynamics) into the classroom. Emergence of Chaos -- Demonstration of how chaos emerges following a change in a parameter. Feigenbaum Constants -- An excellent description of the feigenbaum constants. Feigenbaums Constant -- A very nice example of the Feigenbaum tree. Mesodynamics -- Nonlinearity, Chaos, and Complexity in Mechanical Systems. Nonlinear Dynamics -- A comprehensive listing of nonlinear dynamics pages. Nonlinear Sites -- A list of links to non-linear, chaos and turbulence sites. Online Chaos Course -- A 5-part interactive and nontechnical introduction to chaos physics and chaotic motion in classical and quantum mechanics. The Chaos Experience -- Nontechnical information on chaos, including demystification of terminology and some applications to everyday life. The Chaos Hypertextbook -- The theory behind the sumptuous images and mathematical jargon tossed about in popular culture today. Simple experiments for programmable calculators, instructions for drawing fractal images, the meanings of dimension, and more. The Computational Beauty of Nature -- Companion site for the book by Gary William Flake. Contains applets and source code for simulations of fractals, chaos, complex systems, and adaptation. The Feigenbaum Fractal -- Complete run-through of the Feigenbaum fractal. The Non-Linear Lab -- An excellent page covering many aspects of chaos and appliations of nonlinear math. Uses interactive Java applets to illustrate concepts and allows users to experiment.
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