College of the Holy Cross, Spring 2022

Syllabus for Math 305 (Complex Analysis)

Professor Hwang, (rhymes with song)

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Do not make travel plans that conflict with the midterm tests or your final exam. If an emergency prevents you from taking the final exam at the allotted time, speak to your Class Dean immediately to arrange for an incomplete grade, and to me to schedule a make-up exam.

The schedule below is subject to minor changes. Any substantial corrections will be announced by email and/or in class.

Day Date Section Topics
M Jan 24   Advising
W Jan 26 Section 1.1 The complex field
F Jan 28 Section 1.2 Rectangular and polar form
M Jan 31 Section 1.3 Conjugation, the triangle inequalities
W Feb 2 Section 1.4 Elementary topology
F Feb 4 Section 2.1 Limits and continuity
M Feb 7 Section 2.1 Limits and continuity
W Feb 9 Section 2.2 Differentiability
F Feb 11 Section 2.2 Differentiability
M Feb 14 Section 2.3 The Cauchy-Riemann equations
W Feb 16 Section 2.4 Constant functions
F Feb 18   Midterm 1
M Feb 21 Section 3.1 Möbius transformations
W Feb 23 Section 3.2 The projective line
F Feb 25 Section 3.3 Stereographic projection
M Feb 28 Section 3.4 Exponential and circular functions
W Mar 2 Section 3.5 Logarithms
F Mar 4 Section 4.1 Complex integration
M Mar 7   Spring Break
W Mar 9   Spring Break
F Mar 11   Spring Break
M Mar 14 Section 4.2 Antiderivatives
W Mar 16 Section 4.3 Cauchy's theorem
F Mar 18 Section 4.4 The Cauchy integral formula
M Mar 21 Section 4.4 Winding numbers
W Mar 23 Section 5.1 More about Cauchy's theorem
F Mar 25   Midterm 2
M Mar 28 Section 5.2 Existence of antiderivatives
W Mar 30 Section 5.3 The fundamental theorem of algebra
F Apr 1 Section 6.1 Harmonic functions
M Apr 4 Section 7.1-7.2 Sequences and series
W Apr 6 Section 7.3 Sequences of functions
F Apr 8 Section 7.3 Sequences of functions
M Apr 11 Section 7.4 Regions of convergence
W Apr 13 Section 8.1 Power series
F Apr 15   Easter
M Apr 18   Easter
W Apr 20 Section 8.1 The general Cauchy integral formula
F Apr 22 Section 8.2 Zeros of holomorphic functions
M Apr 25 Section 8.3 Laurent series
W Apr 27   Academic Conference
F Apr 29 Section 9.1 Isolated singularities
M May 2   Midterm 3
W May 4 Section 9.2 Residues
F May 6 Section 9.2 Residues
M May 9 Section 9.3 Rouché's theorem