Week 1
- Monday. Introduction. First examples.
- Wednesday. Projective space. Definition of a manifold.
- Friday. Mappings.
Reading:
- J.P. May's quick introduction to topology (see handouts link), sections 1 and 2.
- Read our text, sections 1.1 and 1.2.
Homework:
- None this week.
Week 2
- Monday. Three versions of tangent space.
- Wednesday. Tangent space, continued.
- Friday. Tangent space, continued. Tangent mapping.
Reading:
- Chapter 2.
HW 1 due Friday, February 8:
HW 1Please latex your homework solutions. Hand-drawn figures are OK (use '\vskip 1in' or something like that to make room). Here are two possible templates: There is a place to fill in your name at the top of each template. In the plain template, you may want to uncomment
%\usepackage{fullpage}
(i.e., remove the '%') near the top of the document. This will make the margins smaller. I am happy to receive a pdf of your HW by email rather than a hardcopy.
Week 3
- Monday. Products, coproducts, tensor products.
- Wednesday. Tensor and exterior products.
- Friday. Exterior and symmetric products. Dual space.
HW 2 due Friday, February 15
HW 2, fancy solution template, plain solution templateWeek 4
- Monday. Duality, pullbacks. Tangent and cotangent bundles.
- Wednesday. Differential forms, mappings.
- Friday. Differential forms. Orientation.
HW 3 due Friday, February 22
HW 3 (fancy solution template, plain solution template)Here is a pdf of the fancy solution template. You may want to take a look at the typesetting of the commutative diagram that appears there. I am using the latex package tikz (which is part of the standard tex distribution). For details, please see the tex file (including its preamble). As an alternative, you may want to use \vskip to make room for hand-drawn diagrams in your homework.
Week 5
- Monday. Oriented manifolds. Measure theory. Tangent mapping.
- Wednesday. Definition of integration of forms.
- Friday. Properties of the integral. Manifolds with boundary (chapter 6).
HW 4 due Friday, March 1
HW 4 (fancy solution template, plain solution template)Week 6
- Monday. Tangent space for manifolds with boundary.
- Wednesday. The Cartan derivative.
- Friday. Stokes’ theorem.
HW 5 due Friday, March 8
HW 5 (fancy solution template, plain solution template)Week 7
- Monday. de Rham cohomology.
- Wednesday. First properties of de Rham cohomology.
- Friday. Homotopy invariance.
HW 6 due Friday, March 15
HW 6 (fancy solution template, plain solution template, sphere.pdf)simplicial complex handout
Week 8
HW 7 due Friday, March 29
HW 7 (fancy solution template, plain solution template)Week 9
- Monday. The Hodge \(*\)-operator.
- Wednesday. Poincaré duality.
- Friday. Introduction to toric varieties.
HW 8 due Friday, April 5
HW 8 (fancy solution template, plain solution template)Week 10
- Monday. Toric varieties from polytopes.
- Wednesday. Geometry versus combinatorics; cohomology of toric varieties.
- Friday. Homogeneous coordinates for toric varieties.
HW 9 due Friday, April 12
HW 9 (fancy solution template, plain solution template)Week 11
- Monday. Embeddings of toric varieties.
- Wednesday. Toric variety practice problems.
- Friday. Grassmannians.
HW 10 due Friday, April 19
HW 10 (fancy solution template, plain solution template)Week 12
HW 11 due Wednesday, May 1
HW 11 (fancy solution template, plain solution template)Week 13
- Monday. Schubert calculus.
- Wednesday. Schubert calculus.
- Friday. No class (thesis parade).