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    INTRODUCTION TO COMPACT LIE GROUPS

    by Howard D Fegan (University of New Mexico)

    There are two approaches to compact lie groups: by computation as matrices or theoretically as manifolds with a group structure. The great appeal of this book is the blending of these two approaches. The theoretical results are illustrated by computations and the theory provides a commentary on the computational work. Indeed, there are extensive computations of the structure and representation theory for the classical groups SU(n), SO(n) and Sp(n). A second exciting feature is that the differential geometry of a compact Lie group, both the classical curvature studies and the more recent heat equation methods, are treated. A large number of formulas for the connection and curvature are conveniently gathered together.

    This book provides an excellent text for a first course in compact Lie groups.

     
    Contents:
    • Calculus on Manifolds
    • Groups and Lie Groups
    • One-Parameter Subgroups and the Exponential Map
    • The Campbell-Baker-Hausdorff Formula
    • The Adjoint Representation
    • Maximal Tori
    • Representation Theory
    • Roots and Weights
    • Weyl's Formulae
    • Differential Operators on Compact Lie Groups
    • The Riemannian Geometry of a Compact Lie Group
    • The Trace of the Heat Kernel
     
    Readership: Graduate students in mathematics, mathematicians and physicists.
     
     
    148pp    Pub. date: Jul 1991  
    ISBN:   978-981-02-0702-1
    981-02-0702-6
       US$46 / £31

     


    148pp    Pub. date: Jul 1991  
    ISBN:   978-981-02-3686-1(pbk)
    981-02-3686-7(pbk)
       US$28 / £19

     


     

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    Updated on 13 February 2012