MAT367 Differential Geometry
Course information
Code: MAT367S
Instructor: Marco Gualtieri
Class schedule: MWF 1-2 in SS 1071
TA office hours: W5-6 and R10-11 in BA6135
Instructor office hours: F2:30-3:30 in BA6260
Schedule changes: TBA
Teaching assistant: Mykola Matviichuk and
Term Exams: Feb. 26 and Mar. 26
Final Exam: TBA
Marking Scheme: 20% Homework (best 5/6), 20% Test1, 20% Test2, 40% Final.
Assignments
Assignments will be sent online, via Crowdmark. You will be asked to submit the solutions electronically, via Crowdmark. See the Syllabus.
Assignment 1 is now available on Crowdmark. It is due January 19th at 23:59.
Main notes and suggested references
There is no textbook; course notes will be provided here. These notes are based on a book in progress by Prof E. Meinrenken and G. Gross.
- Introduction
- Definition of a manifold
- Examples of manifolds
- Orientability, Topology, and construction methods
- Appendix on equivalence relations
- Smooth maps and examples
- The Hopf Fibration: interactive visualization
- Submanifolds
- Local diffeomorphisms, Submersions, and Immersions
- The tangent space and the tangent bundle
- Vector fields, the Lie bracket, and flows
- Differential forms
However, I do recommend these well-known texts:
- An introduction to differentiable manifolds and Riemannian geometry, by W. M. Boothby, Academic Press.
- Introduction to Smooth Manifolds, by J. M. Lee.
- Milnor’s Morse theory, ISBN 0691080089,
Title photo taken from Sketches of Topology
Overview of topics we hope to cover
- Manifolds, definitions and examples
- Smooth maps and their properties
- Submanifolds
- Vector fields and their flows
- Lie brackets
- Frobenius’ theorem
- Differential forms
- The exterior derivative
- Cartan calculus
- Integration and Stokes’ theorem for general manifolds
- Linking and winding numbers