A printable pdf version of the syllabus is here.
Instructor: Chris Kottke
Office: 303 Kassar-Gould House
Office hours: WF 2-3pm, or by appointment.
Text: Algebraic Topology, by Allen Hatcher. ISBN: 0-521-79540-0. Also freely available from the author's website
Other useful texts (not required):
- Topology and Geometry, by Glen Bredon.
- A Concise Course in Algebraic Topology, by J.P. May.
Freely available from the author's website.
- Characteristic Classes, by John Milnor and James Stasheff.
- Fibre Bundles, by Dale Husemoller.
Grading: Your final grade will depend on 5-6 (approximately biweekly) homework assignments, and (tentatively) a take-home final exam, weighted as follows.
- Homework: 70%
- Final: 30%
Assuming knowledge of the fundamental group and singular homology, in the first part of the class we will cover singular cohomology, including the cup product and Poincare duality following Hatcher. The second portion of the class will include a brief introduction to homotopy theory, followed by a study characteristic classes and classifying spaces, emphasizing the theory of principal bundles. We will discuss Stiefel-Whitney, Euler and Chern classes, hopefully culminating in some discussion of cobordism.
The second half of the class will involve material not in Hatcher, for which notes will be produced by the instructor.
|1||Homology odds and ends.|
|2||Definition and properties of cohomology.|
|3||Universal coefficient theorem for homology and cohomology, Ext and Tor.|
|4-5||Cup product, Kunneth theorems.|
|8||Higher homotopy groups, cellular approximation, weak equivalence.|
|9||Loops and suspensions, Puppe sequence and general cohomology theories.|
|10||Vector bundles and principal bundles.|
|11||Universal bundles and characteristic classes.|
|12||SO and Stiefel-Whitney classes.|
|13||U and Chern classes.|
|14||Thom construction and cobordism.|