Week Date Sections Topics covered homework problems Due
1 27-Aug 1 Terminology
  29-Aug 2.2,2.4 One-dimensional flows, fixed points, stability
  31-Aug Chaos: the video  
2 3-Sep no class   Labor Day  
  5-Sep 2.4,2.8 Discussion groups
  7-Sep 2.8 Linear stability. Numerics
3 10-Sep 3.1,3.2 Bifurcations (saddle node and transcritical)
  12-Sep HW presentations
  14-Sep 3.3,3.4 Bifurcations (transcritical, pitchfork)
4 17-Sep 3.5,3.6 Bead on a wire
  19-Sep 3.6 Catastrophe (cusp bifurcations)
  21-Sep 10.1 Fixed points and cobwebs
5 24-Sep 10.2 More on bifurcations. Logistic map
26-Sep HW presentations
28-Sep 10.3 Logistic map - computer lab
6 1-Oct 10.4 Period doubling
  3-Oct 10.5 Period 3. Chaos
  5-Oct 10.6 Lyapunov exponents
7 8-Oct 10.7 Chaos and binary shift
  10-Oct 3.5 Periodic windows
  12-Oct 3.6 Renormalization
8 15-Oct 3.7 More on renormalization
  17-Oct 3.8 HW presentations
  19-Oct 5.1,5.2 Classification of linear systems
9 22-Oct 5.3 Love affairs
24-Oct Homework presentation (renormalization, step II)
  26-Oct 5.2 More on linear systems
10 29-Oct 6.1 The phase plane. A clinical model
  31-Oct 6.1,6.2 Linear systems. Nullclines
  2-Nov 6.3,6.5 Linearization about fixed points. Conservative systems
11 5-Nov 7.1,7.2 Limit cycles. Gradient systems and Lyapunov functions
  7-Nov 7.4,7.5 Poincare-Bendixon theorem
  9-Nov 9.1 Relaxation oscillations
12 12-Nov 9.2 Lorenz model
  14-Nov 9.1 A water-weel model
  16-Nov Lorenz system
13 19-Nov no classes
Fall break  
14 26-Nov 9 Lorenz system
  28-Nov 9 More on Lorenz analysis.
  30-Nov 11.1 Cantor sets. The horseshoe map. The solenoid.
15 3-Dec 11 More on Cantor sets.
  5-Dec 11.3,11.4 Fractal dimension. Box dimension.
  7-Dec 12 The Henon map. A 2D strange attractor.
16 10-Dec Presentations
  12-Dec Presentations
  14-Dec Presentations
TBA TBA Final/presentations  
Last changed: Aug 25-th, 2007