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Chaos

At the international conference on chaos held by the Royal Society in London in 1986, chaos was defined as apparently stochastic behavior occurring in a deterministic system (Stewart (1997), p. 12). Chaotic complex dynamics are generated by nonlinearities that are present in models or in actual data. Here complexity means that observation of a given dynamic behavior does not help one to learn more about its underlying structure. Systems that exhibit complex behavior which can be described by simple, nonlinear equations are thus said to be chaotic. (...)


Chaos and Exchange Rates
Criticality
The Physics of History
Chaos Collaborations
Chaos, Cheating, and Cooperation
fractal market analysis
basic concepts in nonlinear dynamics
frequently asked questions
chaotic journals
bibliography
The Chaos Metalink
wavelets
fractals
Gleick's Chaos: Making a New Science
Clint Sprott's website
James Gleick's site
Santa Fe Institute
Chaos Society in Psychology and Life Sciences
chaos at Maryland
Center for Nonlinear Dynamics at Texas
The Society for Mathematical Biology
software
Gleick's software
Physicists Land On Planet Economics
Market Calms Before Storm
Future Goes to Market
Stockbrokers May Act Like Sheep
Depressions Might Be Predictable
Robots Beat Human Commodity Traders
quantitative finance at the Institute of Physics
econophysics forum
econophysics in Physica A
econophysics.org
more econophysics