In addition to the topics below, we may have time for other topics, such as: Infinite Dimensional Hamiltonian Systems, On-Off Dissipative Systems, etc.
Calendar| TOPIC # | Topics |
|---|
| 1 | One-Dimensional Systems and Elementary Bifurcations (about two weeks)
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| 2 | Two-Dimensional Systems; Phase Plane Analysis, Limit Cycles, Poincaré-Bendixson Theory (about two weeks) |
| 3 | Nonlinear Oscillators, Qualitative and Approximate Asymptotic Techniques, Hopf Bifurcations (about two weeks) |
| 4 | Lorenz and Rossler Equations, Chaos, Strange Attractors and Fractals (about 2.5 weeks) |
| 5 | Iterated Mappings, Period-Doubling, Chaos, Renormalization, Universality (about 1.5 weeks) |
| 6 | Hamiltonian Systems; Complete Integrability and Ergodicity (about 1.5 weeks) |
| 7 | Area Preserving Mappings, KAM Theory (about 1.5 weeks) |