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Schedule

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Week Lecture Subject reading
Week0 Lecture0 (9/24) Course Introduction, Catesian and polar forms NA
Week1 Lecture1 (9/27) Review of complex arithmetic,Powers and roots 1.1-2
Lecture2 (9/29) Subsets of the complex plane Complex limit 2.1
Lecture3 (10/1) Complex derivatives, Complex analytic functions 2.1-3
Week2 Lecture4 (10/4) Harmonic functions, Complex maps1 2.4-5, 3.3
Lecture5 (10/6) Complex maps2:Translation, Rotation, Dilation, Inversion 2.6-7
Lecture6 (10/8) fractional linear transformation 2.7
Week3 Lecture7 (10/11) Exponential functions, Trig and hyperbolic function 1.5, 1.8
Lecture8 (10/13) The complex logarithm 1.6
Lecture9 (10/15) Multi-valued functions, Reviews 1.7
Week4 Lecture10 (10/18) Midterm1 NA
Lecture11 (10/20) Curves and contours, Contour integration1 3.1-2
Lecture12 (10/22) Contour integration2, Fundamental theorem of Calculus 4.1-2
Week5 Lecture13 (10/25) Cauchy's theorem 4.3
Lecture14 (10/27) Cauchy integral formula1 4.4
Lecture15 (10/29) Louville's theorem, Fundamental theorem of Algebra 4.6-7
Week6 Lecture16 (11/1) Power Sries1 5.1-7
Lecture17 (11/3) Power Sries2, Taylor Series1
Lecture18 (11/5) Taylor Series2, Review
Week7 Lecture19 (11/8) Midterm2 NA
Lecture20 (11/10) Laurent Series 6.1
Lecture21 (11/12) Classification of Isolated Singularities, Zeros and poles 6.2
Week8 Lecture22 (11/15) The point at infinity 1.3, 6.3
Lecture23 (11/17) Residues; The residue theorem 7.1-2
Lecture24 (11/19) Trigonometric Integrals 7.3
Week9 Lecture25 (11/22) Indefinite integrals 7.4
Lecture26 (11/24) Indefinite integrals, Principal value integrals 7.6
Lecture27 (11/26) Holiday NA
Week10 Lecture28 (11/29) Integrals of multi-valued functions NA
Lecture29 (12/1) Argument principle, Rouche's theorem 8.1-2
Lecture30 (12/3) Reviews
Final 12/9 (Thurs) 11:30AM-2:30PM at TBA