Nonlinear Coupled Oscillator

This Demonstration plots the points (, ), where and for , starting with and . With different parameters and you will get similar pictures. Start with only 1000 steps and then choose an appropriate number of steps and an adequate plot range. You will get other interesting pictures, for example, with the parameters (0.31, 0.884), (0.456, 0.83), (0.49, 0.717), (0.564, 0.594), and (-0.612, 0.872).
The recurrence equations constitute a two-parameter canonical form of a nonlinear coupled oscillator.

THINGS TO TRY

SNAPSHOTS

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DETAILS

More information is in the following two papers.
W. Metzler, W. Beau, W. Frees, and A. Ueberla, "Symmetry and Self-Similarity with Coupled Logistic Maps," Zeitschrift fur Naturforschung, 42(3), 1987 pp. 310–318.
W. Metzler, A. Brelle, and K. D. Schmidt, "Nonanalytic Dynamics for Generating the Mandelbrot Set: A Tutorial," International Journal of Bifurcation and Chaos, 2(2), 1992 pp. 241–250.
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