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Acknowledgement
 
It is a pleasure to record my thanks to Professor Hemant Bhate (University of Pune) and to Dr. Vikram Aithal (Center for Excellence in Basic Sciences, University of Mumbai) for reading the work carefully and suggesting many changes, pointing out many errors and most importantly for providing moral support. I thank Mr. Ayush Choure (Ph.D student, Department of Computer Science and Engineering, IIT Bombay) for drawing all the gures and working out some of the exercises while he was taking my course on algebraic topology in winter 2009.

Untitled Document
 

This is a basic course in algebraic topology where we introduce the notion of fundamental groups, covering spaces, methods for computing fundamental groups using Seifert Van Kampen theorem and some applications such as the Brouwer’s fixed point theorem, Borsuk Ulam theorem, fundamental theorem of algebra. We discuss some classical groups and their fundamental groups.

The second part of the course concerns singular homology theory and would cover all the standard machinery such as homotopy invariance of homology, relationship with the fundamental group, excision and the  Mayer Vietoris sequence. After discussing the relative versions,  the course  closes with the proof of the famous Jordan Brouwer separation theorem.

Sl No.

Topics

1

Introduction

2

Preliminaries from general topology

3

More Preliminaries from general topology

4

Further preliminaries from general topology

5

Topological groups

6

Test -I

7

Paths, homotopies and the fundamental group

8

Categories and functors

9

Functorial properties of the fundamental group

10

Brouwer’s theorem and its applications

11

Homotopies of maps. Deformation retracts

12-13

Fundamental group of the circle

14

Test -II

15

Covering projections

16

Lifting of paths and homotopies

17

Action of Π1(X, x0) on the fibers p-1(x0)

18

The lifting criterion

19

Deck transformations

20

Orbit spaces

21

Test -III

22

Fundamental groups of SO(3, R) and SO(4, R)

23-24

Coproducts and push-outs

25

Adjunction spaces

26

The Seifert Van Kampen theorem

27

Test -IV

28

Introductory remarks on homology theory

29-30

Singular complex of a topological space

31

The homology groups and theori functoriality

32

Abelianization of the fundamental group

33

Homotopy invariance of homology

34

Small simplicies

35

The Mayer Vietoris sequence

36

Maps of spheres

37

Relative homology

38

Excision theorem

39

Test -V

40

Inductive limits

41

Jordan Brouwer separation theorem

  • General Topology.


  • W. S. Massy, A basic course in algebraic topology, Springer Verlag, 1991. Indian reprint, New
    Delhi 2007.

  • J. Vick, Homology theory, Springer Verlag, 1994.


  • Detailed Bibliography is provided



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