Math 413/813 — Introduction to Algebraic Geometry


  Date Topic Book Homework
Jan. 7 What is algebraic geometry?  
8 Shapes, functions and pullbacks  
10 Faithfullness of pullbacks  
14 Affine algebraic varieties §1.2
15 Computing in quotient rings H1
17 Morphisms of affine varieties A1
21 More on morphisms
22 Categories, functors, and isomorphisms H2
24 Discussion of projects A2
28 Ideals and radicals
29 Maximal ideals in quotient rings H3
31 The Nullstellensatz §4.1 A3
Feb. 4 The ideal/subvariety correspondence §4.2
5 Chain conditions H4
7 The Zariski topology §4.4 A4
11 More on the Zariski topology
12 Principal open sets H5
14 Functions and patching A5
18
19 Reading Week
21
25 Sheaves of functions
26 Projective Space §8.2 H6
28 More about P2 A6
Mar. 4 Homogeneous polynomials
5 Homogenization and dehomogenization H7
7 Projective varieties §8.2 A7
11 Cones; singularities of hypersurfaces
12 Geometry of plane curve singularities H8
14 The genus of degree d plane curves I A8
18 The genus of degree d plane curves II
19 Maps between Riemann surfaces H9
21 The topology of maps between Riemann surfaces I A9
25 The topology of maps between Riemann surfaces II
26 The Riemann-Hurwitz formula H10
28 Consequences of the Riemann-Hurwitz formula A10
Apr. 1 The group law on an elliptic curve
2 A theorem of Poncelet H11
4 Polynomial solutions to polynomial equations A11
8  
9   H12
11   A12