Conformal Invariants :Topics in Geometric Function Theory ( AMS Chelsea Publishing )

Publication subTitle :Topics in Geometric Function Theory

Publication series :AMS Chelsea Publishing

Author: Lars V. Ahlfors  

Publisher: American Mathematical Society‎

Publication year: 2010

E-ISBN: 9781470415785

P-ISBN(Hardback):  9780821852705

Subject: O174.5 complex - variable function

Keyword: 暂无分类

Language: ENG

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Conformal Invariants

Description

Most conformal invariants can be described in terms of extremal properties. Conformal invariants and extremal problems are therefore intimately linked and form together the central theme of this classic book which is primarily intended for students with approximately a year's background in complex variable theory. The book emphasizes the geometric approach as well as classical and semi-classical results which Lars Ahlfors felt every student of complex analysis should know before embarking on independent research. At the time of the book's original appearance, much of this material had never appeared in book form, particularly the discussion of the theory of extremal length. Schiffer's variational method also receives special attention, and a proof of $\vert a_4\vert \leq 4$ is included which was new at the time of publication. The last two chapters give an introduction to Riemann surfaces, with topological and analytical background supplied to support a proof of the uniformization theorem. Included in this new reprint is a Foreword by Peter Duren, F. W. Gehring, and Brad Osgood, as well as an extensive errata. …encompasses a wealth of material in a mere one hundred and fifty-one pages. Its purpose is to present an exposition of selected topics in the geometric theory of functions of one complex variable, which in the author's opinion should be known by all prospective workers in complex analysis. From a methodological point of view the approach of the book is dominated by

Chapter

Title page

Contents

Foreword

Preface

Applications of Schwarz’s lemma

Capacity

Harmonic measure

Extremal length

Elementary theory of univalent functions

Löewner’s method

The Schiffer variation

Properties of the extremal functions

Riemann surfaces

The uniformization theorem

Bibliography

Index

Errata

Back Cover

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