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This book is an extensive monograph on Sasakian manifolds, focusing on the intricate relationship between K er and Sasakian geometries. The subject is introduced by discussion of several background topics, including the theory of Riemannian foliations, compact complex and K er orbifolds, and the existence and obstruction theory of K er-Einstein metrics on complex compact orbifolds. There is then a discussion of contact and almost contact structures in the Riemannian setting, in which compact quasi-regular Sasakian manifolds emerge as algebraic objects. There is an extensive discussion of the symmetries of Sasakian manifolds, leading to the study of Sasakian structures on links of isolated hypersurface singularities. This is followed by an in-depth study of compact Sasakian manifolds in dimensions three and five. The final section of the book deals with the existence of Sasaki-Einstein metrics. 3-Sasakian manifolds and the role of sasakian-Einstein geometry in String Theory are discussed separately.
This monograph investigates the structural properties and geometric classification of Sasakian manifolds, specifically exploring their deep connections to K er geometry and Einstein metrics. Charles P. Boyer and Krzysztof Galicki, both established researchers in differential geometry, synthesize years of research to provide a rigorous framework for understanding these contact structures. The text bridges the gap between Riemannian geometry and complex algebraic geometry, utilizing the theory of orbifolds to analyze the existence of specific metrics in higher dimensions.
What You Will Find
Experts in the field recognize this work as a foundational reference for researchers and graduate students specializing in contact and symplectic geometry. Readers frequently note the high level of technical density, which requires a strong background in differential geometry and topology to fully navigate the proofs and theoretical developments presented.
Page Count:
614
Publication Date:
2008-03-20
Publisher:
Oxford University Press
ISBN-10:
0198564953
ISBN-13:
9780198564959
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