Home›Dynamical Systems and Differential Equations›All Dynamical Systems and Differential EquationsBrowse ByAll Dynamical Systems and Differential EquationsReference and ClassificationDevelopingNamed objects that arise from iterating a map or evolving a differential equation over time. Belongs here: the Mandelbrot Set and Julia Sets, the fractal sets generated by iterating a simple complex quadratic map; the Lorenz Attractor, the strange attractor that gave chaos theory one of its first pictures. Does not belong here: the general theory of dynamical systems or differential equations, the branch entity Dynamical Systems and Differential Equations, and static geometric fractals such as the Sierpinski Triangle or the Hilbert Curve, filed under Geometry below because their own live SubLabel places them there.FactsAll Dynamical Systems and Differential EquationsSourcesComments (0)Reader Challenges (0)FactsComparisonEra Of EmergenceWell-attested1892 1All Dynamical Systems and Differential EquationsFilter Results25 entriesObject KindAllEquation (1)Functions (8)Geometric Shape (4)Mathematical Model (7)Mathematical Property (2)Number Systems (1)Sets (2)BranchAllDifferential Equations (3)Dynamical Systems (19)Origin EraAll1902 (1)1918 (2)1963 (1)1965 (1)1967 (1)1969 (1)1970 (1)1975 (1)1976 (3)1979 (1)1980 (1)1983 (2)1992 (1)Introduced ByAllAleksandr Lyapunov (1)Balthasar van der Pol (1)Benoît Mandelbrot (1)John Conway (1)Michel Hénon (1)Pierre Fatou (1)Stephen Wolfram (1)Vladimir Arnold (1)Named AfterAllJohn Conway (1)Show ResultsBrowseCompareSelect all 25Arnold's Cat MapDynamical Systems and Differential EquationsBaker's MapDynamical Systems and Differential EquationsBurning Ship fractalDynamical Systems and Differential EquationsChirikov Standard MapDynamical Systems and Differential EquationsChua's CircuitDynamical Systems and Differential EquationsConway's Game of LifeDynamical Systems and Differential EquationsDuffing EquationDynamical Systems and Differential EquationsFeigenbaum ConstantsDynamical Systems and Differential EquationsFunctional Square RootDynamical Systems and Differential EquationsHénon MapDynamical Systems and Differential EquationsIkeda MapDynamical Systems and Differential EquationsIterated functionDynamical Systems and Differential EquationsJulia SetDynamical Systems and Differential EquationsLogistic MapDynamical Systems and Differential EquationsLorenz AttractorDynamical Systems and Differential EquationsLyapunov FunctionDynamical Systems and Differential EquationsMandelbrot SetDynamical Systems and Differential EquationsRössler AttractorDynamical Systems and Differential EquationsRule 110Dynamical Systems and Differential EquationsSeneca EffectDynamical Systems and Differential EquationsTent MapDynamical Systems and Differential EquationsTopological EntropyDynamical Systems and Differential EquationsTranslation SurfaceDynamical Systems and Differential EquationsVan der Pol OscillatorDynamical Systems and Differential EquationsWell-Posed ProblemDynamical Systems and Differential EquationsSources1. Dynamical system (Wikipedia)tier 2Wikimedia FoundationHistory sectionQuote, History sectionMany people regard French mathematician Henri Poincare as the founder of dynamical systems. Poincare published two now classical monographs, New Methods of Celestial Mechanics (1892-1899).View the SourceComments (0)No comments yet. Be the first to share a thought.Sign in to join the discussion.Reader Challenges (0)No disputes yet. Spotted an error or a better source? Open the first one.Sign in to dispute this or suggest a correction.