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Algebraic L-Theory and Topological Manifolds - Hardcover by Books by splitShops

$224.60
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Algebraic L-Theory and Topological Manifolds - Hardcover by Books by splitShops

Description

Fulfilled by our friends at Books by splitShops

by A. A. Ranicki (Author)

This book presents the definitive account of the applications of this algebra to the surgery classification of topological manifolds. The central result is the identification of a manifold structure in the homotopy type of a Poincar duality space with a local quadratic structure in the chain homotopy type of the universal cover. The difference between the homotopy types of manifolds and Poincar duality spaces is identified with the fibre of the algebraic L-theory assembly map, which passes from local to global quadratic duality structures on chain complexes. The algebraic L-theory assembly map is used to give a purely algebraic formulation of the Novikov conjectures on the homotopy invariance of the higher signatures; any other formulation necessarily factors through this one.

Number of Pages: 372
Dimensions: 1.25 x 9.26 x 6.42 IN
Illustrated: Yes
Publication Date: February 04, 2003

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Books by splitShops

Algebraic L-Theory and Topological Manifolds - Hardcover by Books by splitShops

$224.60

Fulfilled by our friends at Books by splitShops

by A. A. Ranicki (Author)

This book presents the definitive account of the applications of this algebra to the surgery classification of topological manifolds. The central result is the identification of a manifold structure in the homotopy type of a Poincar duality space with a local quadratic structure in the chain homotopy type of the universal cover. The difference between the homotopy types of manifolds and Poincar duality spaces is identified with the fibre of the algebraic L-theory assembly map, which passes from local to global quadratic duality structures on chain complexes. The algebraic L-theory assembly map is used to give a purely algebraic formulation of the Novikov conjectures on the homotopy invariance of the higher signatures; any other formulation necessarily factors through this one.

Number of Pages: 372
Dimensions: 1.25 x 9.26 x 6.42 IN
Illustrated: Yes
Publication Date: February 04, 2003
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