Leseprobe
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A Course in Complex Analysis
Saeed Zakeri
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Naturwissenschaften, Medizin, Informatik, Technik / Mathematik
Beschreibung
A comprehensive graduate-level textbook that takes a fresh approach to complex analysis
A Course in Complex Analysis explores a central branch of mathematical analysis, with broad applications in mathematics and other fields such as physics and engineering. Ideally designed for a year-long graduate course on complex analysis and based on nearly twenty years of classroom lectures, this modern and comprehensive textbook is equally suited for independent study or as a reference for more experienced scholars.
Saeed Zakeri guides the reader through a journey that highlights the topological and geometric themes of complex analysis and provides a solid foundation for more advanced studies, particularly in Riemann surfaces, conformal geometry, and dynamics. He presents all the main topics of classical theory in great depth and blends them seamlessly with many elegant developments that are not commonly found in textbooks at this level. They include the dynamics of Möbius transformations, Schlicht functions and distortion theorems, boundary behavior of conformal and harmonic maps, analytic arcs and the general reflection principle, Hausdorff dimension and holomorphic removability, a multifaceted approach to the theorems of Picard and Montel, Zalcman’s rescaling theorem, conformal metrics and Ahlfors’s generalization of the Schwarz lemma, holomorphic branched coverings, geometry of the modular group, and the uniformization theorem for spherical domains.
Written with exceptional clarity and insightful style, A Course in Complex Analysis is accessible to beginning graduate students and advanced undergraduates with some background knowledge of analysis and topology. Zakeri includes more than 350 problems, with problem sets at the end of each chapter, along with numerous carefully selected examples. This well-organized and richly illustrated book is peppered throughout with marginal notes of historical and expository value.
Presenting a wealth of material in a single volume, A Course in Complex Analysis will be a valuable resource for students and working mathematicians.
Kundenbewertungen
Fundamental group, Complex multiplication, Variable (mathematics), Effective action, Scale (map), Planning, Hausdorff dimension, Mode of production, Bernhard Riemann, Montel's theorem, Open mapping theorem (complex analysis), Provision (contracting), Norm (mathematics), Conformal map, Meromorphic function, Payment, Stone–Weierstrass theorem, Multivariate analysis, Subset, Asymptotic analysis, Algebraic variety, Allegory (category theory), Science, technology and society, Continuous function (set theory), Total cost, Algebraic equation, Requirements contract, Uniformization theorem, Prevalence, Corollary, Several complex variables, Special functions, Quantity, Sine, Covering space, Exponential map (Riemannian geometry), Holomorphic function, Affine transformation, Social conflict, Suggestion, Branched covering, Proper map, Engraving, Ideology, Requirement, Elliptic integral, Complex conjugate, Reflection group, Conjugate transpose, Curve, Production function, Tangent space, Group homomorphism, Piecewise, Complex analysis, Fixed-point theorem, Management, Polynomial, Explicit formulae (L-function), Cardinality, Consciousness, Riemann surface, Critical value, Complex number, Analogy, Elementary proof, Arc (geometry), Power series, Schwarz lemma, Theorem