| SES # | TOPICS | LECTURE NOTES |
|---|---|---|
| 1 | Student Lecture Examples of Dynamical Systems Orbits | (PDF) (Courtesy of Jeremy Hurwitz. Used with permission.) |
| 2 | Mathematica® Lab | |
| 3 | Student Lecture Graphical Analysis of Orbits Fixed and Periodic Points | (PDF) (Courtesy of Glenn Austin Ford. Used with permission.) |
| 4 | Mathematica® Lab | |
| 5 | Student Lecture Bifurcations | (PDF) (Courtesy of Alan Dunn. Used with permission.) |
| 6 | Writing Feedback | |
| 7 | Student Lecture The Quadratic Family | (PDF) (Courtesy of Wesley Mckinney. Used with permission.) |
| 8 | Writing Feedback | |
| 9 | Student Lecture Transition to Chaos | (PDF) (Courtesy of Yevgeny K. Zaytman. Used with permission.) |
| 10 | Student Lecture Symbolic Dynamics | (PDF) (Courtesy of Alenjandro Ochoa. Used with permission.) |
| 11 | Student Lecture Chaos | |
| 12 | Student Lecture Sarkovskii's Theorem | (PDF) (Courtesy of Jeremy Hurwitz. Used with permission.) |
| 13 | Student Lecture Sarkovskii's Theorem (cont.) The Role of the Critical Orbit | (PDF) (Courtesy of Wesley Mckinney. Used with permission.) |
| 14 | Student Lecture Newton's Method Fractals | (PDF 1) (Courtesy of Yevgeny K. Zaytman. Used with permission.) (PDF 2) (Courtesy of Alejandro Ochoa. Used with permission.) |
| 15 | Student Lecture Fractals (cont.) | ( PDF) (Courtesy of Alan Dunn. Used with permission.) |