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Chaos theory, in mathematics and physics, deals with the behavior of certain nonlinear dynamical systems that (under certain conditions) exhibit the phenomenon known as chaos, most famously characterised by sensitivity to initial conditions. Systems that exhibit mathematical chaos are deterministic and thus orderly in some sense; this technical use of the word chaos is at odds with common parlance, which suggests complete disorder.

L-Systems@	Journals
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• 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.
• Centre for Chaos Control and Synchronization Research center of the City University of Hong Kong concerned with fundamental research and industrial applications. Includes mission statement, member list, publications, project and contact information.
• 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 Metalink Resource for the scientific and non-scientific communities. Includes bibliography, gallery, tutorials, and softwares.
• 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: 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.
• ChaosBook Lecture notes on periodic orbits.
• 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 A biennial meeting that focuses on the forefront of experimental work in the field of chaos and nonlinear dynamics.
• 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.
• Society for Chaos Theory on Psychology and Life Sciences (SCTPLS) News, tutorials, data library, and information on conferences.
• 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.
• The Non-Linear Lab Covers many aspects and appliations of nonlinear mathematic. Includes interactive applets, tutorials and gallery.
• What is Chaos? A simple but useful interactive tutorial to Chaos Physics and Chaotic Motion in Classical and Quantum Mechanics.
• 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.

 

 

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