Complex analysis, 2, Riemann surfaces, several complex variables, Abelian functions, higher modular functions / Eberhard Freitag

Auteur principal : Freitag, Eberhard, 1942-, AuteurType de document : Livre numériqueCollection : UniversitextLangue : anglais.Éditeur : Berlin : Springer, 2011ISBN: 9783642205545.ISSN: 2191-6675.Sujet MSC : 30Fxx, Functions of a complex variable - Riemann surfaces
32Axx, Several complex variables and analytic spaces - Holomorphic functions of several complex variables
14K20, Abelian varieties and schemes, Analytic theory of abelian varieties; abelian integrals and differentials
11F03, Discontinuous groups and automorphic forms, Modular and automorphic functions
11F11, Discontinuous groups and automorphic forms, Holomorphic modular forms of integral weight
En-ligne : Springerlink | Zentralblatt | MathSciNet
Tags from this library: No tags from this library for this title. Log in to add tags.
No physical items for this record

The book is the second volume of the textbook Complex analysis, consisting of 8 chapters. It provides an approach to the theory of Riemann surfaces from complex analysis. In other words, most of methods and tools are purely complex analytic while the book contains standard theorems on Riemann surfaces, e.g. the uniformization theorem, the Riemann-Roch theorem, Abel's theorem. For those theorems given in the first three chapters, a fundamental tool is the existence theorem for harmonic differentials. The author uses the alternating method of Schwarz to show the theorem. It expresses the point of view of this book. The book also contains a concise, but sufficiently substantial description of analytic functions of several complex variables in Chapter V. It will help the reader to understand a theory of modular functions given in Chapter VII. The book is self-contained and, moreover, some notions which might be unfamiliar for the reader are explained in appendices of chapters. I think this book is an excellent textbook on Riemann surfaces, especially for graduate students who have taken the first course of complex analysis. (MathScinet)

There are no comments on this title.

to post a comment.