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Spectral Decompositions and Analytic Sheaves

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This monograph uses the language of homological algebra and sheaf theory to describe both classical results and recent developments in the spectral theory of linear operators. It contains a variety of illustrative examples, unexpected applications, and exciting new ideas which should stimulate further research. Written by two outstanding mathematicians, the book draws together concepts from function theory and complex analytical geometry and uses these to provide a new approach to concrete spectral computations.
Hardback
01-February-1995
RRP: $636.00
$490.00
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Rapid developments in multivariable spectral theory have led to important and fascinating results which also have applications in other mathematical disciplines. In this book, classical results from the cohomology theory of Banach algebras, multidimensional spectral theory, and complex analytic geometry have been freshly interpreted using the language of homological algebra. It has also been used to give in sights into new developments in the spectral theory of linear operators. Various concepts from function theory and complex analytic geometry are drawn together and used to give a new approach to concrete spectral computations. The advantages of this approach are illustrated by a variety of examples, unexpected applications, and conceptually new ideas which should stimulate further research.

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RRP: $636.00
$490.00
Ships in 3-5 business days
Hurry up! Current stock:

Spectral Decompositions and Analytic Sheaves

RRP: $636.00
$490.00

Description

Rapid developments in multivariable spectral theory have led to important and fascinating results which also have applications in other mathematical disciplines. In this book, classical results from the cohomology theory of Banach algebras, multidimensional spectral theory, and complex analytic geometry have been freshly interpreted using the language of homological algebra. It has also been used to give in sights into new developments in the spectral theory of linear operators. Various concepts from function theory and complex analytic geometry are drawn together and used to give a new approach to concrete spectral computations. The advantages of this approach are illustrated by a variety of examples, unexpected applications, and conceptually new ideas which should stimulate further research.

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