Also: Manifolds of equilibria
Prev: Period-doubling bifurcation

Manifolds of periodic orbits

The following model is an example of a three-dimensional vector field exhibiting all types of homoclinic bifurcations. It was developed by Björn Sandstede and in a simplified form, the equations are

We choose fixed parameters a = 0.125, b = 0.875, c = -2, alpha = 1, beta = 1, and gamma = 3. The parameter mu is the continuation parameter.

The origin is always an equilibrium. For mu < 0 a twisted saddle periodic orbit exists that disappears in a twisted homoclinic bifurcation at mu = 0.

The animation below shows the stable manifolds of both this periodic orbit and the origin.

The animated gif shows the unstable manifold rotating about the z-axis, centered at B (3.4MB).


Prev: Period-doubling bifurcation
Also: Manifolds of equilibria


Copyright © 2001 by Hinke Osinga
Last modified: Tue Oct 30 16:04:36 2001