**Finite Group Representations for the Pure Mathematician**

by Peter Webb

**Publisher**: University of Minnesota 2007**Number of pages**: 183

**Description**:

The book is intended to be used as a learning tool by people who do not know the subject, rather than as an encyclopaedic reference. The book's title is intended to indicate both breadth and limitations: it will probably not be very useful to most physicists or chemists, but it is intended to be appropriate for non-specialists in the area of representation theory, such as those whose primary interest is topology, combinatorics or number theory.

Download or read it online for free here:

**Download link**

(DVI/PS/PDF)

## Similar books

**Introduction to Representation Theory**

by

**Fiona Murnaghan**-

**University of Toronto**

Contents: Representation Theory of Groups - Algebraic Foundations; Representations of Finite Groups; Representations of SL2(Fq); Representations of Finite Groups of Lie Type; Topological Groups, Representations, and Haar Measure; etc.

(

**5805**views)

**Representation Theory of Compact Groups**

by

**Michael Ruzhansky, Ville Turunen**-

**Aalto TKK**

Contents: Groups (Groups without topology, Group actions and representations); Topological groups (Compact groups, Haar measure, Fourier transforms on compact groups..); Linear Lie groups (Exponential map, Lie groups and Lie algebras); Hopf algebras.

(

**7097**views)

**Introduction to Representations of Real Semisimple Lie Groups**

by

**Matvei Libine**-

**arXiv**

These are lecture notes for a one semester introductory course I gave at Indiana University. The goal was to make this exposition as clear and elementary as possible. A particular emphasis is given on examples involving SU(1,1).

(

**3499**views)

**Lectures on Some Aspects of p-Adic Analysis**

by

**F. Bruhat**-

**Tata Institute of Fundamental Research**

The text covers the classical theory of valuated fields, results about representations of classical groups over a locally compact valuated field, and Dwork's proof of the rationality of the zeta function of an algebraic variety over a finite field.

(

**4975**views)