Math 124
Winter 2011
Current Problems in Topology
Lecture Plan
This lecture plan is tentative and will be updated irregularly. The homework page
will be updated on the regular basis
Lectures |
Sections in Text |
Brief Description |
Wednesday January 4 No class, instead we will have an x-hour on Tuesday
January 10 |
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Friday January 6 |
Chapter 1 |
Topological manifolds and their properties. Examples. |
Monday January 9 |
Chapter 1 |
Smooth structures, atlases, Examples of smooth manifolds,
manifolds with boundary |
Tuesday January 10 x-hour instead of the class on Wednesday January 4 |
Chapter 2 |
Smooth functions and smooth maps, diffeomorphisms |
Wednesday January 11 |
Chapter 2 |
Partitions of Unity |
Friday January 13 |
Chapter 2 |
Partitions of Unity Continuation |
Monday January 16 Martin Luther King Jr Day No class Instead we meet at the x-hour on Tuesday January 17 |
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Tuesday January 17 x-hour instead of the class on Wednesday January 16 |
Chapter 3 |
Tangent vectors and derivations |
Wednesday January 18 |
Chapter 3 |
Pushforwards and
computation in coordinates |
Friday January 20 |
Chapter 3 |
Tangent space to a manifold with boundary, tangent vectors
to curves, alternative definitions of tangent vectors |
Monday January 23 |
Chapter 4 |
Tangent bundle, Vector fields on manifolds |
Tuesday January 24 x-hour possibly instead of one of the future lectures |
Chapter 4 |
Pushforwards of
vector fields, Lie algebra of vector fields |
Wednesday January 25 |
Chapter 5 |
Vector bundles and examples, local and global sections of
vector bundles |
Friday January 27 |
Chapter 5 |
Bundle maps and constructions with bundles |
Monday January 30 |
Chapter 6 |
Covectors and
tangent convectors on manifolds, cotangent bundle |
Tuesday January 31 x-hour |
Chapter 6 |
Differential of a function, pullbacks |
Wednesday February 1 |
Chapter 7 |
Maps of constant rank, Inverse function theorem |
Friday February 3 |
Chapter 7 |
Proof of inverse function theorem |
Monday February 6 Middle of the term presentations and discussion should be
done in the period Monday February 6 – Thursday February 8 |
Chapter 7 |
Rank Theorem, Implicit Function Theorem |
Tuesday February 7 x-hour instead of the class on Friday February 10 |
Chapter 7 |
Immersions, submersions and constant rank maps between
manifolds |
Wednesday February 8 |
Chapter 8 |
Embedded Submanifolds |
Friday February 10 No class Carnival Holiday Instead we have an x-hour on Tuesday February 7 |
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Monday February 13 |
Chapter 8 |
Immersed submanifolds |
Wednesday February 15 |
Chapter 11 |
Algebra of tensors and tensor fields on manifolds |
Friday February 17 |
Chapter 12 |
Algebra of alternating tensors, differential forms |
Monday February 20 |
Chapter 12 |
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Wednesday February 22 |
Chapter 12 |
Exterior Derivative, cohomology |
Friday February 24 |
Chapter 13 |
Orientation, orientation of the boundary of a manifold |
Monday February 27 |
Chapter 14 |
Fubini Theorem without
proof, Integration of differential forms on manifolds |
Wednesday February 29 |
Chapter 14 |
Stokes Theorem |
Friday March 2 |
Chapter 14 |
Stokes Theorem continuation |
Monday March 5 |
Chapter 14 |
Vector calculus theorems and their relation to the stokes Theorem. Bordism
groups and the pairing between cohomology and bordism groups given by the Stokes Theorem. |
Wednesday March 7 |
Wrap up |
Wrap up |
End of the term presentation and discussion Saturday March
10 – Monday March 12 |
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