Abstract

Preface 1. The Kato decomposition property 1. Hyper-kernel and hyper-range of an operator 2. Semi-regular operators on Banach spaces 3. Analytical core of an operator 4. The semi-regular spectrum of an operator 5. The generalized Kato decomposition 6. Semi-Fredholm operators 7. Quasi-nilpotent part of an operator 2. The single-valued extension property 1. Local spectrum and SVEP 2. The SVEP at a point 3. A local spectral mapping theorem 4. Algebraic spectral subspaces 5. Weighted shift operators and SVEP 3. The SVEP and Fredholm theory 1. Ascent, descent, and the SVEP 2. The SVEP for operators of Kato type 3. The SVEP on the components of rho kappa (T) 4. The Fredholm, Weyl, and Browder spectra 5. Compressions 6. Some spectral mapping theorems 7. Isolated points of the spectrum 8. Weyl's theorem 9. Riesz operators 10. The spectra of some operators 4. Multipliers of commutative Banach algebras 1. Definitions and elementary properties 2. The Helgason-Wang function 3. The first spectral properties of multipliers 4. Multipliers of group algebras 5. Multipliers of Banach algebras with orthogonal basis 6. Multipliers of commutative H* algebras 5. Abstract Fredholm theory 1. Inessential ideals 2. The socle 3. The socle of semi-prime Banach algebras 4. Riesz algebras 5. Fredholm elements of Banach algebras 6. Compact multipliers 7. Weyl multipliers 8. Multipliers of Tauberian regular commutative algebras 9. Some concrete cases 10. Browder spectrum of a multiplier 6. Decomposability 1. Spectral maximal subspaces 2. Decomposable operators on Banach spaces 3. Super-decomposable operators 4. Decomposable right shift operators 5. Decomposable multipliers 6. Riesz multipliers 7. Decomposable convolution operators 7.Perturbation classes of operators 1. Inessential operators between Banach spaces 2. Omega+ and Omega- operators 3. Strictly singular and strictly cosingular operators 4. Improjective operators 5. Incomparability between Banach spaces Bibliography Index

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