Foundations of Quantum Group Theory
Foundations of Quantum Group Theory
AUD$156.95
inc GSTNow in paperback, this is a graduate level text for theoretical physicists and mathematicians which systematically lays out the foundations for the subject of Quantum Groups in a clear and accessible way. The topic is developed in a logical manner with quantum groups (Hopf Algebras) treated as mathematical objects in their own right. After formal definitions and basic theory, the book goes on to cover such topics as quantum enveloping algebras, matrix quantum groups, combinatorics, cross products of various kinds, the quantum double, the semiclassical theory of Poisson-Lie groups, the representation theory, braided groups and applications to q-deformed physics. Explicit proofs and many examples will allow the reader quickly to pick up the techniques needed for working in this exciting new field.
- Comprehensive introduction to an exciting new area
- Accessible to both physicists and mathematicians
- Internationally respected author who is known well on both sides of the physics/mathematics divide
Reviews & endorsements
'… a coherent, detailed path through the field, with full, followable proofs and clear, readable explanations. It is a pleasure to follow this path with a guide who, unlike many mathematical authors, does not shirk his duty to write, and who shares with his readers his general understanding of and above all his enthusiasm for his subject.' Tony Sudbery, Bulletin of the London Mathematical Society
Product details
June 2000Paperback
9780521648684
664 pages
247 × 174 × 41 mm
1.285kg
38 b/w illus.
Available
Table of Contents
- Introduction
- 1. Definition of Hopf algebras
- 2. Quasitriangular Hopf algebras
- 3. Quantum enveloping algebras
- 4. Matrix quantum groups
- 5. Quantum random walks and combinatorics
- 6. Bicrossproduct Hopf algebras
- 7. Quantum double and double cross products
- 8. Lie bialgebras and Poisson brackets
- 9. Representation theory
- 10. Braided groups and q-deformation
- References
- Symbols
- Indexes.
