Logo

Theory of Functions of a Complex Variable

Large book cover: Theory of Functions of a Complex Variable

Theory of Functions of a Complex Variable
by

Publisher: Cambridge University Press
Number of pages: 892

Description:
The present treatise is an attempt to give a consecutive account of what may fairly be deemed the principal branches of the whole subject. My hope is that the book, so far as it goes, may assist mathematicians, by lessening the labour of acquiring a proper knowledge of the subject, and by indicating the main lines on which recent progress has been achieved.

Home page url

Download or read it online for free here:
Download link
(multiple formats)

Similar books

Book cover: Introduction to Complex AnalysisIntroduction to Complex Analysis
by - Macquarie University
Introduction to some of the basic ideas in complex analysis: complex numbers; foundations of complex analysis; complex differentiation; complex integrals; Cauchy's integral theorem; Cauchy's integral formula; Taylor series; Laurent series; etc.
(16499 views)
Book cover: Methods for Finding Zeros in PolynomialsMethods for Finding Zeros in Polynomials
by - BookBoon
Polynomials are the first class of functions that the student meets. Therefore, one may think that they are easy to handle. They are not in general! Topics as e.g. finding roots in a polynomial and the winding number are illustrated.
(10438 views)
Book cover: Lectures on Holomorphic Functions of Several Complex VariablesLectures on Holomorphic Functions of Several Complex Variables
by - Jagiellonian University
The text contains the background theory of several complex variables. We discuss the extension of holomorphic functions, automorphisms, domains of holomorphy, pseudoconvexity, etc. Prerequisites are real analysis and complex analysis of one variable.
(7390 views)
Book cover: Notes on Automorphic FunctionsNotes on Automorphic Functions
by - Kobenhavns Universitet
In mathematics, the notion of factor of automorphy arises for a group acting on a complex-analytic manifold. From the contents: Moebius transformations; Discrete subgroups; Modular groups; Automorphic forms; Poincare Series and Eisenstein Series.
(12254 views)