Syllabus
- Background material on topological spaces
- Open and closed sets,
- Toplogies and topological spaces
- Continuous functions
Supspace and quotient topologies
Bases
Compact sets
- Basic concept of a manifold
- Smooth functions and diffeomorphisms
- Coordinate charts, compatibility of charts
- Atlases, equivalence of atlases, maximal atlases
- Hausdorff condition
- Definition of a manifold
- Induced topology, open, closed and compact subsets
- Smooth maps and partitions of unity
- Smooth functions, bump functions, existence
- Smooth maps between manifolds
- Submersions, Immersions, embeddings
- Partitions of unity
- Manifolds are embeddable in euclidean space
- Vectors and vector fields
- Tangent vectors as curves, derivations, and via local coordinates
- Tangent space
- Derivative of a smooth map
Tangent bundle
Vector fields as smooth sections and derviations
Flow of a vector field
Lie brackets as commutators and via flows
Frobenius Theorem
Differential Forms
Covectors and the Cotangent bundle
Pullback of a form
Exterior algebra and wedge product
Exterior derivative
Closed and exact forms
Integration
Integration of a top degree form
Integration along submanifolds
Stokes theorem