Introduction to Riemann Surfaces

From the reviews: "The present book gives a solid introduction to the theory of both compact and non-compact Riemann surfaces. While modern introductions often take the view point of algebraic geometry, the present book tries to also cover the analytical aspects. ... The book is well written and constitutes a nice contribution to the existing literature on this topic." (G. Teschl, Internationale Mathematische Nachrichten, Issue 225, 2014) "This book takes the point of view that Riemann surface theory lies at the root of much of modern analysis, and ... illustrate some of the interactions of analysis with geometry and topology. ... While much of the book is intended for students at the second-year graduate level, Chapters 1 and 2 and Section 5.2 (along with the required background material) could serve as the basis for the complex analytic analysis component of a year-long first-year graduate-level course on real and complex analysis." (V. V. Chueshev, Zentralblatt MATH, Vol. 1237, 2012)

• Preface.- Introduction.- Complex analysis in C.- Riemann Surfaces and the L2 \delta-Method for Scalar-Valued Forms.- The L2 \delta-Method in a Holomorphic Line Bundle.- Compact Riemann Surfaces.- Uniformization and Embedding of Riemann Surfaces.-Holomorphic Structures on Topological Surfaces.- Background Material on Analysis in Rn and Hilbert Space Theory.- Background Material on Linear Algebra.- Background Material on Manifolds.- Background Material on Fundamental Groups, Covering Spaces, and (Co)homology.- Background Material on Sobolev Spaces and Regularity.- References.- Notation Index.- Subject Index.