| The Non-Linear Lab: Covers many aspects and applications of nonlinear mathematic. Includes interactive applets, tutorials and gallery. |
| A Beginner's Guide to Chaos: Covers the geometric and complex iterative framework by comparing chaos to randomness. Includes illustrations and programs. |
| A Route into Chaos: The Logistic Equation: Introduction to sequence related functions. Addresses basics, logistic equation and Lyapunov exponents. [English, German] |
| An Introduction to Lindenmayer Systems: Discusses the modeling of fractal plants with L-systems. Includes theoretical background, references and code. |
| Chaos and the Solar System: Article about the development of the theory and its astromomic insights. |
| Chaos at Maryland: Research group at the University of Maryland. Includes papers, gallery, database, abstracts, software, bibliography and contact. |
| Chaos Demonstrations: Introductory course on chaos from the California Institute of Technology, adressing basics, Lorenz attractor and Chua's Circuit. Includes program source code and bibliography. |
| Chaos Research Group: Interdisciplinary research group at the University of Tennessee concerned with deterministic nonlinear dynamic aspects. Includes overview, publications, bibliography, monographs, glossary and project information. |
| Chaos Theory and Education: Article that describes how the theory can be applied to education and teaching. Includes citations. |
| Chaos Theory for Beginners; an Introduction: Brief introduction on attractors and disturbances, addressing the basics with examples. |
| Chaos Theory: A Brief Intro: Brief introduction to the theory. Includes an essay describing fractional dimensions. |
| Chaos: A Pictorial Introduction: Illustrates some essential features of the theory which have received media attention in recent years. Includes animated pictures. |
| Chaos: Making a New Science: Excerpt from the bestseller that brought the forefront of research to public eye. Includes illustrations and links. |
| CompLexicon: Terminology glossary about complex systems and chaotic dynamics. |
| Continued Fractions and Chaos: Scientific paper exploring some results of the theory of chaotic dynamical systems. Includes abstract, proceeding and references. |
| Emergence of Chaos: Demonstrates how chaos emerges following a change in a parameter. Includes mathematical formulations and diagrams. |
| Experimental Chaos Conference: Biennial meeting focusing on experimental work in nonlinear dynamics and chaos. Includes proceedings and contact information. |
| In the Wake of Chaos: Short review of book exposing the actual philosophical implications of chaos theory. |
| Java Chaos Simulator: Program designed to create and experiment with classical billiard systems and analyze their chaotic properties. Includes animated tutorial and system requirements. |
| Online Chaos Course: Interactive, nontechnical introduction to chaos physics and chaotic motion in classical and quantum mechanics. |
| Quantum-like Chaos in Prime Number Distribution and in Turbulent Fluid Flows: Paper concerned with the chaotic behavior of prime number distribution from the Indian Institute of Tropical Meteorology. |
| Quatuor: Discusses the order of deterministic chaos. Includes pictures and background about fractal dimensions. |
| Sci.nonlinear FAQ: FAQs collection from the sci.nonlinear newsgroup. Addresses basics, tutorial, applications and computational resources. |
| Society for Chaos Theory in Psychology and Life Sciences: Brings together researchers, theoreticians and practitioners interested in applying dynamical systems theory. Includes membership information, publications, meetings, tutorials and other resources. |
| The Chaos Game: Outlines Barnsley's chaos game, in which a random number generator is used to produce various fractals. Includes fractal screensavers. |
| The Chaos Hypertextbook: Covering several aspects of the theory by topics, including nonlinear dynamics. Includes experiments for programmable calculators and definitions. |
| The Feigenbaum Fractal: Comprehensive analysis of the Feigenbaum set. Addresses mathematical and historical background. |
| The Macsin Research Group: Research group concerned with various aspects of modeling, analysis and control of nonlinear and chaotic dynamics systems. Includes project and contact information. |
| Wikipedia: Chaos Theory: Free encyclopedia article describing the basics of the theory. Addresses mathematical, physical and historical aspects. |
| Yahoo Groups: Caostheory: Discusses the theory and its applications in various fields, such as medicine, astronomy and art. |
Classical
