The Analysis of Linear Partial Differential Operators I

Distribution Theory and Fourier Analysis

The Analysis of Linear Partial Differential O ...
Lars Hörmander, Lars Hörmand ...
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Last edited by bitnapper
February 2, 2025 | History

The Analysis of Linear Partial Differential Operators I

Distribution Theory and Fourier Analysis

In 1963 my book entitled "Linear partial differential operators" was published in the Grundlehren series. Some parts of it have aged well but others have been made obsolete for quite some time by techniques using pseudo-differential and Fourier integral operators. The rapid de­ velopment has made it difficult to bring the book up to date. Howev­ er, the new methods seem to have matured enough now to make an attempt worth while. The progress in the theory of linear partial differential equations during the past 30 years owes much to the theory of distributions created by Laurent Schwartz at the end of the 1940's. It summed up a great deal of the experience accumulated in the study of partial differ­ ential equations up to that time, and it has provided an ideal frame­ work for later developments. "Linear partial differential operators" be­ gan with a brief summary of distribution theory for this was still un­ familiar to many analysts 20 years ago. The presentation then pro­ ceeded directly to the most general results available on partial differ­ ential operators. Thus the reader was expected to have some prior fa­ miliarity with the classical theory although it was not appealed to ex­ plicitly. Today it may no longer be necessary to include basic distribu­ tion theory but it does not seem reasonable to assume a classical background in the theory of partial differential equations since mod­ ern treatments are rare.

Publish Date
Language
English

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Book Details


Table of Contents

I. Test Functions
Summary
1.1. A review of Differential Calculus
1.2. Existence of Test Functions
1.3. Convolution
1.4. Cutoff Functions and Partitions of Unity
Notes
II. Definition and Basic Properties of Distributions
2.1. Basic Definitions
2.2. Localization
2.3. Distributions with Compact Support
III. Differentiation and Multiplication by Functions
3.1. Definition and Examples
3.2. Homogeneous Distributions
3.3. Some Fundamental Solutions
3.4. Evaluation of Some Integrals
IV. Convolution
4.1. Convolution with a Smooth Function
4.2. Convolution of Distributions
4.3. The Theorem of Supports
4.4. The Role of Fundamental Solutions
4.5. Basic Lp Estimates for Convolutions
V. Distributions in Product Spaces
5.1. Tensor Products
5.2. The Kernel Theorem
VI. Composition with Smooth Maps
6.1. Definitions
6.2. Some Fundamental Solutions
6.3. Distributions on a Manifold
6.4. The Tangent and Cotangent Bundles
VII. The Fourier Transformation
7.1. The Fourier Transformation in $\cal S$ and in $\cal S$’,
7.2. Poisson’s Summation Formula and Periodic Distributions
7.3. The Fourier-Laplace Transformation in ?’,
7.4. More General Fourier-Laplace Transforms
7.5. The Malgrange Preparation Theorem
7.6. Fourier Transforms of Gaussian Functions
7.7. The Method of Stationary Phase
7.8. Oscillatory Integrals
7.9. H(s), Lp and Hölder Estimates
VIII. Spectral Analysis of Singularities
8.1. The Wave Front Set
8.2. A Review of Operations with Distributions
8.3. The Wave Front Set of Solutions of Partial Differential Equations
8.4. The Wave Front Set with Respect to CL
8.5. Rules of Computation for WFL
8.6. WFL for Solutions of Partial Differential Equations
8.7. Microhyperbolicity
IX Hyperfunctions
9.1. Analytic Functionals
9.2. General Hyperfunctions
9.3. The Analytic Wave Front Set of a Hyperfunction
9.4. The Analytic Cauchy Problem
9.5. Hyperfunction Solutions of Partial Differential Equations
9.6. The Analytic Wave Front Set and the Support
Index of Notation.

Edition Notes

Published in
Berlin, Heidelberg
Series
Grundlehren der mathematischen Wissenschaften, A Series of Comprehensive Studies in Mathematics -- 256, Grundlehren der mathematischen Wissenschaften, A Series of Comprehensive Studies in Mathematics -- 256.

Classifications

Dewey Decimal Class
512.482, 512.55
Library of Congress
QA252.3, QA387

Edition Identifiers

Open Library
OL43338193M
ISBN 13
9783642967504, 9783642967528

Work Identifiers

Work ID
OL8533042W

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February 2, 2025 Edited by bitnapper merge authors
September 28, 2024 Edited by MARC Bot import existing book
December 8, 2022 Created by MARC Bot Imported from Harvard University record