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The Admissible Dual of GL(N) via Compact Open Subgroups. (AM-129), Volume 129

(Paperback)


Publishing Details

Full Title:

The Admissible Dual of GL(N) via Compact Open Subgroups. (AM-129), Volume 129

Contributors:

By (Author) Colin J. Bushnell
By (author) P. C. Kutzko

ISBN:

9780691021140

Publisher:

Princeton University Press

Imprint:

Princeton University Press

Publication Date:

16th March 1993

Country:

United States

Classifications

Readership:

Professional and Scholarly

Fiction/Non-fiction:

Non Fiction

Main Subject:
Other Subjects:

Groups and group theory

Dewey:

512

Physical Properties

Physical Format:

Paperback

Number of Pages:

332

Dimensions:

Width 152mm, Height 235mm

Weight:

454g

Description

This work gives a full description of a method for analyzing the admissible complex representations of the general linear group G = Gl(N,F) of a non-Archimedean local field F in terms of the structure of these representations when they are restricted to certain compact open subgroups of G. The authors define a family of representations of these compact open subgroups, which they call simple types. The first example of a simple type, the "trivial type," is the trivial character of an Iwahori subgroup of G. The irreducible representations of G containing the trivial simple type are classified by the simple modules over a classical affine Hecke algebra. Via an isomorphism of Hecke algebras, this classification is transferred to the irreducible representations of G containing a given simple type. This leads to a complete classification of the irreduc-ible smooth representations of G, including an explicit description of the supercuspidal representations as induced representations. A special feature of this work is its virtually complete reliance on algebraic methods of a ring-theoretic kind. A full and accessible account of these methods is given here.

Author Bio

Colin J. Bushnell is Professor of Mathematics at King's College, London. Philip C. Kutzko is Professor of Mathematics at the University of Iowa.

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