An introduction to the representation theory of groups / Emmanuel Kowalski.
Representation theory is an important part of modern mathematics, not only as a subject in its own right but also as a tool for many applications. It provides a means for exploiting symmetry, making it particularly useful in number theory, algebraic geometry, and differential geometry, as well as cl...
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Main Author: | |
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Language: | English |
Published: |
Providence, Rhode Island :
American Mathematical Society,
[2014]
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Series: | Graduate studies in mathematics ;
v. 155. |
Subjects: | |
Physical Description: | vi, 432 pages : illustrations ; 27 cm. |
Format: | Book |
Contents:
- Chapter 1: Introduction and motivation
- Presentation
- Four motivating statements
- Prerequisites and notation
- Chapter 2: The language of representation theory
- Basic language
- Formalism: changing the space
- Formalism: changing the group - Formalism: changing the field
- Matrix representations
- Examples
- Some general results
- Some Clifford theory
- Conclusion
- Chapter 3: Variants
- Representations of algebras
- Representations of Lie algebras
- Topological groups
- Unitary representations
- Chapter 4: Linear representations of finite groups
- Maschke's Theorem
- Applications of Maschke's Theorem
- Decomposition of representations
- Harmonic analysis on finite groups
- Finite abelian groups
- The character table
- Applications
- Further topics
- Chapter 5: Abstract representation theory of compact groups
- An example: the circle group
- The Haar measure and the regular representation of a locally compact group
- The analogue of the group algebra
- The Peter-Weyl Theorem
- Characters and matrix coefficients for compact gropus
- Some first examples
- Chapter 6: Applications of representations of compact groups
- Compact Lie groups are matrix groups
- The Frobenius-Schur indicator
- The Larsen alternative
- The hydrogen atom
- Chapter 7: Other groups: a few examples
- Algebraic groups - Locally compact groups: general remarks
- Locally compact abelian groups
- A non-abelian example: SL2(R)
- Appendix A. Some useful facts. A.1. Algebraic integers
- A.2. The spectral theorem
- A.3. The Stone-Weierstrass Theorem.