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Unitary Reflection Groups

£66.99

Part of Australian Mathematical Society Lecture Series

  • Date Published: August 2009
  • availability: In stock
  • format: Paperback
  • isbn: 9780521749893

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  • A complex reflection is a linear transformation which fixes each point in a hyperplane. Intuitively, it resembles the transformation an image undergoes when it is viewed through a kaleidoscope, or arrangement of mirrors. This book gives a complete classification of all groups of transformations of n-dimensional complex space which are generated by complex reflections, using the method of line systems. In particular: irreducible groups are studied in detail, and are identified with finite linear groups; reflection subgroups of reflection groups are completely classified; the theory of eigenspaces of elements of reflection groups is discussed fully; an appendix outlines links to representation theory, topology and mathematical physics. Containing over 100 exercises ranging in difficulty from elementary to research level, this book is ideal for honours and graduate students, or for researchers in algebra, topology and mathematical physics.

    • Contains the only complete account of the modern theory of eigenspaces of elements of reflection groups
    • A comprehensive appendix contains suggestions for research projects in a variety of fields
    • Exercises range in difficulty to suit both graduate students and researchers
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    Product details

    • Date Published: August 2009
    • format: Paperback
    • isbn: 9780521749893
    • length: 302 pages
    • dimensions: 228 x 152 x 16 mm
    • weight: 0.45kg
    • contains: 12 tables 110 exercises
    • availability: In stock
  • Table of Contents

    Introduction
    1. Preliminaries
    2. The groups G(m, p, n)
    3. Polynomial invariants
    4. Poincaré series and characterisations of reflection groups
    5. Quaternions and the finite subgroups of SU2(C)
    6. Finite unitary reflection groups of rank two
    7. Line systems
    8. The Shepherd and Todd classification
    9. The orbit map, harmonic polynomials and semi-invariants
    10. Covariants and related polynomial identities
    11. Eigenspace theory and reflection subquotients
    12. Reflection cosets and twisted invariant theory
    A. Some background in commutative algebra
    B. Forms over finite fields
    C. Applications and further reading
    D. Tables
    Bibliography
    Index of notation
    Index.

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    Unitary Reflection Groups

    Gustav I. Lehrer, Donald E. Taylor

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  • Authors

    Gustav I. Lehrer, University of Sydney
    Gustav I. Lehrer is a Professor in the School of Mathematics and Statistics at the University of Sydney.

    Donald E. Taylor, University of Sydney
    Donald E. Taylor is an Associate Professor in the School of Mathematics and Statistics at the University of Sydney.

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