Date |
Topics |
Assignments |
Sep 4
|
1.2 Dynamical Systems and the Logistic Family
|
|
Sep 9 & 11
|
1.3 Background Material and Notation
2. First Steps in Complex Iteration
2.1 & 2.2 Orbits and Iteration
|
1.3 Colin Merrick
2.1 & 2.2 Christine Marcotte
|
Sep 16 & 18
|
2.3 Iterating the Logistics Maps
2.4 Periodic Points and their Multipliers
|
2.3 Erika Fiore
2.4 John Jones
|
Sep 23 & 25
|
2.5 The Basin of Infinity of a Polynomial and
2.6 Iterating Transcendental Functions
2.7 Affine Conjugacy
|
Brian Camara
Connor O'Loughlin
|
Sep 30 & Oct 2
|
2.8 Equicontinuity
3. Riemann Sphere
3.1 Stereographic Projection/Chordal Distance and
3.2 Spherical Derivative and Meromorphic Functions
|
2.8 Araceli
Homework I
3.1 & 3.2 Eric Ferias
|
Oct 7 & 9
|
3.3 Moebius Transformations
4. Fatou and Julia sets
4.1 Definitions of the Fatou and Julia sets
The Geometry of Julia Sets
|
3.3 Jonathan Curtis
Homework II
4.1 Araceli
|
Oct 15 & 16
|
4.2 The Filled-in Julia set of a Polynomial and Exceptional Set
4.3 The Boundary of the Filled-in Julia Set
|
4.2 Christine Marcotte
4.3 Brian Camara
Homework III
|
Oct 21 & 23
|
5. Components of the Fatou set/Normal Families
5.1 Normal Families and Compact Convergence
5.2 Components of the Fatou Set: Constant Limit Functions
|
5.1 Erika Fiore
5.2 Eric Ferias
|
Oct 28 & 30
|
5.3 Parabolic Points
5.4 Non-Constant Limit Functions and the Classification of Fatou Components
|
5.3 John Jones
5.4 Connor O'Loughlin
Homework IV
|
Nov 4 & 6
|
6. Further Properties of the Julia sets; The Fundamental Theorem
6.1 Essential Singularities
6.2 The Julia Set of an Entire Function
|
6.1 Jonathan Curtis
|
Nov 13
|
6.3 Montel's Theorem and Properties of the Julia Set
6.4 Connecting Normal Families and the Entire Functions: Zalcman's Lemma
|
|
Nov 18 & 20
|
6.5 Density of Repelling Periodic Points
7. Singular Values and the Mandelbrot Set
7.1 Singular Values
|
Homework V
|
Nov 25
|
7.2 The Influence of Singular Values and
7.3 The Mandelbrot Set
7.4 The Boundary of the Mandelbrot Set and
The Exponential Map is Chaotic: An Invitation to Transcendental Dynamics I
|
Homework VI
|
Dec 2 & 4
|
The Exponential Map is Chaotic: An Invitation to Transcendental Dynamics II
The Exponential Map is Chaotic: An Invitation to Transcendental Dynamics III
|
|
Dec 9
|
Review
|
|