MATH 130B: Ordinary Differential Equations II
(Or: Dynamical Systems II)

Spring quarter, 2013

Tentative Syllabus

Days/Dates Lectures Sections Topics Covered
Monday 4/1 1 7.0, 7.1   Introduction to limit cycles. Examples
Wed. 4/3 2 7.2   Ruling out closed orbits
Friday 4/5 3 7.3   Poincare-Bendixson Theorem
Monday 4/8 4 7.3   Poincare-Bendixson Theorem (continued)
Wed. 4/10 5 7.4, 7.5   Lienard systems. Relaxation oscillations
Friday 4/12 6 7.6   Weakly nonlinear oscillators
Monday 4/15 7 7.6   Weakly nonlinear oscillators (continued)
Wed. 4/17 8 7.6   Weakly nonlinear oscillators (continued)
Friday 4/19 9 8.0, 8.1   Introduction to bifurcations. Saddle-node, transcritical, and pitchfork
Monday 4/22 10 8.2   Hopf bifurcations
Wed. 4/24 11 8.3   Osillating chemical reactions
Friday 4/26 12 8.4   Global bifurcations of cycles
Monday 4/29 13 8.5   Hysteresis
Wed. 5/1 14 8.5   Hysteresis (continued)
Friday 5/3   Midterm Exam 1.     Cover: 7.1 - 7.6 and 8.1 - 8.5
Monday 5/6 15 8.6   Coupled oscillators and quasiperiodicity
Wed. 5/8 16 8.7   Poincare Maps
Friday 5/10 17 8.7   Poincare Maps (continued)
Monday 5/13 18 9.0, 9.2   Lorenz equations and their simple properties
Wed. 5/15 19 9.2   Simple properties of the Lorenz equations
Friday 5/17 20 9.3   Chaos on a strange attractor
Monday 5/20 21 9.3   Chaos on a strange attractor (continued)
Wed. 5/22 22 9.4   Lorenz map
Friday 5/24 23 9.4   Lorenz map
Monday 5/27   Memorial Day Holiday
Wed. 5/29 24 9.5   Exploring parameter space
Friday 5/31 25 10.0, 10.1   Intro. to One-dimensional maps. Fixed points and cobwebs
Monday 6/3 26 10.3   Logistic map: analysis
Wed. 6/5 27 10.4   Periodic windows
Friday 6/7 28 10.5   Liapunov exponent
  Final Exam (cumulative): 8:00 am - 10:59 am, Wed. 6/12

Last updated by Bo Li on March 25, 2013.