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  • Homework 5 posted.
  • Solutions to Homework 3 posted.
  • Homework 4 posted.
  • Homework 3 and solutions to Homework 2 posted.
  • Homework 2 posted, now due Oct. 5. In "Other problems" #1, use x(0) = 0.001 and try to find x(1).
  • Solutions to Homework 1 posted.
  • Homework 1 posted.
  • Classes start Aug. 24.
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    Last changed: Dec. 1, 2009

    Course description

    Mathematical modeling and analysis of engineering, physics, biology, and chemistry applications usually leads to systems with nonlinear dynamics. Even very simple nonlinear systems can display very complicated “chaotic” behavior. In this course we will study various aspects of nonlinear and chaotic dynamics, including bifurcations, the transition to chaos in differential equation systems and one-dimensional maps, fractals, and various applications of nonlinear dynamics.

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    Last changed: Aug. 25, 2009