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Representations of Solvable Lie Groups

Representations of Solvable Lie Groups

Representations of Solvable Lie Groups

Basic Theory and Examples
Didier Arnal , Université de Bourgogne, France
Bradley Currey , Saint Louis University, Missouri
May 2020
Available
Hardback
9781108428095
$191.00
USD
Hardback
USD
eBook

    The theory of unitary group representations began with finite groups, and blossomed in the twentieth century both as a natural abstraction of classical harmonic analysis, and as a tool for understanding various physical phenomena. Combining basic theory and new results, this monograph is a fresh and self-contained exposition of group representations and harmonic analysis on solvable Lie groups. Covering a range of topics from stratification methods for linear solvable actions in a finite-dimensional vector space, to complete proofs of essential elements of Mackey theory and a unified development of the main features of the orbit method for solvable Lie groups, the authors provide both well-known and new examples, with a focus on those relevant to contemporary applications. Clear explanations of the basic theory make this an invaluable reference guide for graduate students as well as researchers.

    • Concrete and example-based exposition is accessible to advanced graduate students and non-specialists
    • Contains the first self-contained presentation of the Auslander–Kostant theory
    • Includes a new layer-wise description of the structure of the orbit space for any finite-dimensional linear solvable action, which has various potential applications

    Reviews & endorsements

    ‘There is … the included background material on Lie theory, and there are also quite a lot of examples provided. Aspiring researchers in this area will likely find these features helpful, both aspiring and current researchers should also appreciate the wealth of material found here, as well as the extensive (five page, 92 entries) bibliography.’ Mark Hunacek, MAA Reviews

    ‘… embeddings into matrix algebras and unitary representations are both possible and useful, and they are given a central role in this book.’ M. Bona, Choice

    'Throughout the book, the authors carefully explain the theory step by step and provide many concrete examples with computations which help the readers to understand. This book is a valuable exposition and an excellent research guide for the basic representation theory of solvable Lie groups for graduate students and researchers.' Junko Inoue, MathSciNet

    ‘This monograph is a summary of a long career and experience of two great experts in their domain. Clear explanations of the basic theory make this an invaluable reference guide for graduate students as well as researchers. The concrete and example-based exposition is accessible to advanced graduate students and non-specialists.' Béchir Dali, zbMATH

    See more reviews

    Product details

    May 2020
    Hardback
    9781108428095
    478 pages
    235 × 157 × 28 mm
    0.76kg
    Available

    Table of Contents

    • 1. Basic theory of solvable Lie algebras and Lie groups
    • 2. Stratification of an orbit space
    • 3. Unitary representations
    • 4. Coadjoint orbits and polarizations
    • 5. Irreducible unitary representations
    • 6. Plancherel formula and related topics
    • List of notations
    • Bibliography
    • Index.
      Authors
    • Didier Arnal , Université de Bourgogne, France

      Didier Arnal is Emeritus Professor at the University of Burgundy and previously was Director of the Burgundy Mathematics Institute. He instituted and has worked over the past fifteen years on a cooperation project between France and Tunisia. He has authored papers on a diverse range of topics including deformation quantization, harmonic analysis, and algebraic structures.

    • Bradley Currey , Saint Louis University, Missouri

      Bradley Currey III is a professor at Saint Louis University (SLU), Missouri. Formerly the Director of Graduate Studies in Mathematics at SLU, he has also served as a co-organizer in the Mathematics Research Communities program of the American Mathematical Society. Much of his recent research has explored the interplay of the theory of solvable Lie groups and applied harmonic analysis.