Introduction to Manifolds, Aug-Nov 2015

Vijay Ravikumar (vijayr at cmi dot ac dot in)

Tuesday and Thursday 11:50 - 13:05

CMI Lecture Hall 3

(Transition Mapping by Lun-Yi Tsai)

Text:

An Introduction to Manifolds by Loring Tu (2nd ed.)

Grading:

Midterm exam: 30%
Final exam: 30%
Weekly Homeworks: 30%
Class participation: 10%

Homework Policy:

1) Late homework will be accepted at half credit until exactly one week after the due date. No homework will be accepted after that point.

2) If you have difficulty with an assignment, you are encouraged to approach the instructor for help. It is also fine to discuss the problems with other students, but...

3) Your final write-up must be your own. If you have received help solving a problem, then you must cite your source(s). In particular, plagiarism, or any kind of copying, will not be tolerated. Offences will result in serious disciplinary action, up to and including a failing grade in the course.

Homework sets so far:


Homework #1 due on Thursday August 13 in class.
Homework #2 due on Thursday August 20 in class.
Homework #3 due on Thursday August 27 in class.
Homework #4 due on Thursday September 03 in class.
Homework #5 due on Thursday September 10 in class.
Homework #6 will not be collected (but you should do it anyway!).
Homework #7 due on Thursday October 08 in class.
Homework #8 due on Thursday October 15 in class.
Homework #9 due on Thursday October 29 in class.
Homework #10 due on Thursday November 05 in class.
Homework #11 due on Thursday November 19 in class.
Homework #12 will not be collected (but you should do it anyway!).
Extra problems on the orientation cover.

Lecture Schedule:

date lecture # announcements
Aug 4 (tue)       1: smooth functions on Euclidean space            
Aug 6 (thu) 2: tangent vectors in Euclidean space
Aug 11 (tue) 3: some multilinear algebra
Aug 13 (thu) 4: differential forms on Euclidean space homework #1 due
Aug 18 (tue) 5: manifolds
Aug 20 (thu) 6: smooth maps homework #2 due
Aug 25 (tue) 7: quotients; the differential of a map
Aug 27 (thu) 8: more about the differential homework #3 due
Sep 1 (tue) 9: submanifolds
Sep 3 (thu) 10: the rank of a smooth map homework #4 due
Sep 8 (tue) 11: vector bundles
Sep 10 (thu) 12: vector fields homework #5 due
Sep 15 (tue) 13: partitions of unity, embedding theorems
Sep 17 (thu) HOLIDAY (Vinayaka Chathurthi)
Sep 22 (tue) MIDTERM EXAM WEEK
Sep 24 (thu) MIDTERM EXAM WEEK
Sep 29 (tue) 14: lie groups
Oct 1 (thu) 15: lie algebras
Oct 6 (tue) 16: differential 1-forms
Oct 8 (thu) 17: k-forms and riemannian metrics homework #7 due
Oct 13 (tue) 18: the exterior derivative
Oct 15 (thu) 19: the lie derivative, interior multiplication homework #8 due
Oct 20 (tue) 20: orientations, manifolds with boundary
Oct 22 (thu) HOLIDAY (Vijaya Dasami)
Oct 27 (tue) 21: integration on manifolds
Oct 29 (thu) 22: de rham cohomology homework #9 due
Nov 3 (tue) 23: the mayer-vietoris sequence
Nov 5 (thu) 24: some cohomology computations homework #10 due
Nov 10 (tue) HOLIDAY (Deepavali)
Nov 12 (thu) 25: proof of homotopy invariance
Nov 17 (tue) 26: intro to morse theory, classical viewpoint
Nov 19 (thu) 27: intro to morse theory, modern viewpoint homework #11 due
Nov 24 (tue) FINAL EXAM WEEK
Nov 26 (thu) FINAL EXAM WEEK

(Hopf Fibration by Lun-Yi Tsai)