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Lectures on the Ricci Flow

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ISBN-10: 0521689473

ISBN-13: 9780521689472

Edition: 2006

Authors: Peter Topping, N. J. Hitchin

List price: $62.99
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Description:

Hamilton's Ricci flow has attracted considerable attention since its introduction in 1982, owing partly to its promise in addressing the Poincar conjecture and Thurston's geometrization conjecture. This book gives a concise introduction to the subject with the hindsight of Perelman's breakthroughs from 2002/2003. After describing the basic properties of, and intuition behind the Ricci flow, core elements of the theory are discussed such as consequences of various forms of maximum principle, issues related to existence theory, and basic properties of singularities in the flow. A detailed exposition of Perelman's entropy functionals is combined with a description of Cheeger-Gromov-Hamilton…    
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Book details

List price: $62.99
Copyright year: 2006
Publisher: Cambridge University Press
Publication date: 10/12/2006
Binding: Paperback
Pages: 124
Size: 6.02" wide x 9.06" long x 0.28" tall
Weight: 0.418
Language: English

Peter Topping is a well-known local artist, photographer and historian based in Manchester. Prominent in the area for charity and fundraising events, Peter has worked in publicity and publishing for forty years and is keen to put this into practice with Didsbury Through Time. As a previously published author on other local history titles, Peter has a lot of contacts in this field.

Preface
Introduction
Ricci flow: what is it, and from where did it come?
Examples and special solutions
Einstein manifolds
Ricci solitons
Parabolic rescaling of Ricci flows
Getting a feel for Ricci flow
Two dimensions
Three dimensions
The topology and geometry of manifolds in low dimensions
Using Ricci flow to prove topological and geometric results
Riemannian geometry background
Notation and conventions
Einstein metrics
Deformation of geometric quantities as the Riemannian metric is deformed
The formulae
The calculations
Laplacian of the curvature tensor
Evolution of curvature and geometric quantities under Ricci flow
The maximum principle
Statement of the maximum principle
Basic control on the evolution of curvature
Global curvature derivative estimates
Comments on existence theory for parabolic PDE
Linear scalar PDE
The principal symbol
Generalisation to Vector Bundles
Properties of parabolic equations
Existence theory for the Ricci flow
Ricci flow is not parabolic
Short-time existence and uniqueness: The DeTurck trick
Curvature blow-up at finite-time singularities
Ricci flow as a gradient flow
Gradient of total scalar curvature and related functionals
The F-functional
The heat operator and its conjugate
A gradient flow formulation
The classical entropy
The zeroth eigenvalue of -4[Delta] + R
Compactness of Riemannian manifolds and flows
Convergence and compactness of manifolds
Convergence and compactness of flows
Blowing up at singularities I
Perelman's W entropy functional
Definition, motivation and basic properties
Monotonicity of W
No local volume collapse where curvature is controlled
Volume ratio bounds imply injectivity radius bounds
Blowing up at singularities II
Curvature pinching and preserved curvature properties under Ricci flow
Overview
The Einstein Tensor, E
Evolution of E under the Ricci flow
The Uhlenbeck Trick
Formulae for parallel functions on vector bundles
An ODE-PDE theorem
Applications of the ODE-PDE theorem
Three-manifolds with positive Ricci curvature, and beyond
Hamilton's theorem
Beyond the case of positive Ricci curvature
Connected sum
References
Index