Analysis on Manifolds — Fall 2025

Course at the Kerala School of Mathematics. This course develops the differential and integral calculus on differentiable manifolds, with an emphasis on differential forms, integration on manifolds, and applications to geometry. Topics include smooth manifolds, tangent and cotangent bundles, differential forms, exterior derivative, orientations and integration on manifolds, Stokes' theorem, and selected applications.

Instructor and contact

Instructor: Pranav Haridas
Office: F-5
Office hours: by appointment

Textbooks & recommended reading

  • Calculus on Manifolds, Michael Spivak
  • Introduction to Smooth Manifolds, John M. Lee
  • An Introduction to Manifolds, Loring W. Tu

Evaluation scheme

  • Quizzes: 30%
  • Midterm exam: 30%
  • Final examination: 40%

Lecture & assessment schedule

Date Type Hours Topic Resources
Monday 11 Aug Lecture 1 2 Overview; metric topology on $\textbf{R}^n$; continuity
Wednesday 13 Aug Lecture 2 1 Differentiation; directional derivatives
Monday 18 Aug Lecture 3 2 Relation between differentiability and partials; chain rule; second-order partials
Wednesday 20 Aug Lecture 4 2 Inverse function theorem
Friday 22 Aug Lecture 5 1 Implicit function theorem
Monday 25 Aug Lecture 6 2 Lebesgue measure; Integration
Monday 30 Aug Lecture 7 2 Fubini's theorem
Monday 01 Sep 2 Covers material from Weeks 1–3 Mid-semester Examination - I
Monday 08 Sep Lecture 8 2 Partition of unity
Wednesday 10 Sep Lecture 9 2 Change of variable formula
Friday 12 Sep Lecture 10 2 Parametrized Manifolds, Volume, and Integration
Monday 15 Sep Lecture 11 2 Mainfolds in $\textbf{R}^n$
Friday 17 Sep Lecture 12 2 Mainfolds in $\textbf{R}^n$ (Contd.)
Monday 20 Sep Lecture 13 2 Mainfolds with boundary
Wednesday 22 Sep Lecture 14 2 Mainfolds with boundary (Contd.)
Friday 24 Sep Lecture 15 2 The Volume Measure and Integration on Manifolds
Monday 27 Sep Lecture 16 2 The Volume Measure and Integration on Manifolds (Contd.)
Wednesday 29 Sep 2 Mid-semester Examination - II
Friday 01 Oct Lecture 17 2
Friday 10 October 3 Mid-semester Examination - III
Friday 17 October Lecture 18 2 Topological Manifolds and its properties
Monday 20 October Lecture 19 2 Smooth structures
Wednesday 22 October Lecture 20 2 Smooth maps between manifolds
Friday 24 October Lecture 21 2 Tangent Vectors
Monday 27 October Lecture 22 2 Differential of a smooth map
Wednesday 5 November Lecture 23 2 Tangent Bundles
Friday 7 November Lecture 24 2 Linear Algebra - I (Tensor Products)
Monday 10 November Lecture 25 2 Linear Algebra - II (Alternating tensors)
Wednesday 12 November Lecture 26 2 Vector Fields
Friday 14 November Lecture 27 2 Cotangent Bundle
Sunday 16 November 2 Mid-semester Examination - IV
Monday 17 November Lecture 28 2 Differential Forms
Wednesday 19 November Lecture 29 2 Exterior Derivative, Introduction to Orientations
Friday 21 November Lecture 30 2 Orientations and Integration on Manifolds
Wednesday 26 November 2 Mid-semester Examination - V
Friday 05 Dec Final exam 3 Final examination Final Examination

Course logistics & policies

  • Prerequisites: Real analysis, linear algebra, basic topology.
  • Collaboration: Discussion of concepts is encouraged.