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《黎曼几何》非常值得一读。
内容简介
The object of this book is to familiarize the reader with the basic language of and some fundamental theorems in Riemannian Geometry. To avoid referring to previous knowledge of differentiable manifolds, we include Chapter 0, which contains those concepts and results on differentiable manifolds which are used in an essential way in the rest of the book。
The first four chapters of the book present the basic concepts of Riemannian Geometry (Riemannian metrics, Riemannian connections, geodesics and curvature). A good part of the study of Riemannian Geometry consists of understanding the relationship between geodesics and curvature. Jacobi fields, an essential tool for this understanding, are introduced in Chapter 5. In Chapter 6 we introduce the second fundamental form associated with an isometric immersion, and prove a generalization of the Theorem Egregium of Gauss. This allows us to relate the notion of curvature in Riemannian manifolds to the classical concept of Gaussian curvature for surfaces。
内页插图
目录
Preface to the first edition
Preface to the second edition
Preface to the English edition
How to use this book
CHAPTER 0-DIFFERENTIABLE MANIFOLDS
1. Introduction
2. Differentiable manifolds;tangent space
3. Immersions and embeddings;examples
4. Other examples of manifolds,Orientation
5. Vector fields; brackets,Topology of manifolds
CHAPTER 1-RIEMANNIAN METRICS
1. Introduction
2. Riemannian Metrics
CHAPTER 2-AFFINE CONNECTIONS;RIEMANNIAN CONNECTIONS
1. Introduction
2. Affine connections
3. Riemannian connections
CHAPTER 3-GEODESICS;CONVEX NEIGHBORHOODS
1.Introduction
2.The geodesic flow
3.Minimizing properties ofgeodesics
4.Convex neighborhoods
CHAPTER 4-CURVATURE
1.Introduction
2.Curvature
3.Sectional curvature
4.Ricci curvature and 8calar curvature
5.Tensors 0n Riemannian manifoids
CHAPTER 5-JACOBI FIELDS
1.Introduction
2.The Jacobi equation
3.Conjugate points
CHAPTER 6-ISOMETRIC IMMERSl0NS
1.Introduction.
2.The second fundamental form
3.The fundarnental equations
CHAPTER 7-COMPLETE MANIFoLDS;HOPF-RINOW AND HADAMARD THEOREMS
1.Introduction.
2.Complete manifolds;Hopf-Rinow Theorem.
3.The Theorem of Hadamazd.
CHAPTER 8-SPACES 0F CONSTANT CURVATURE
1.Introduction
2.Theorem of Cartan on the determination ofthe metric by mebns of the curvature.
3.Hyperbolic space
4.Space forms
5.Isometries ofthe hyperbolic space;Theorem ofLiouville
CHAPTER 9一VARIATl0NS 0F ENERGY
1.Introduction.
2.Formulas for the first and second variations of enezgy
3.The theorems of Bonnet—Myers and of Synge-WeipJtein
CHAPTER 10-THE RAUCH COMPARISON THEOREM
1.Introduction
2.Ttle Theorem of Rauch.
3.Applications of the Index Lemma to immersions
4.Focal points and an extension of Rauch’s Theorem
CHAPTER 11—THE MORSE lNDEX THEOREM
1.Introduction
2.The Index Theorem
CHAPTER 12-THE FUNDAMENTAL GROUP OF MANIFOLDS 0F NEGATIVE CURVATURE
1.Introduction
2.Existence of closed geodesics
CHAPTER 13-THE SPHERE THEOREM
References
Index
前言/序言
黎曼几何 [Riemannian Geometry] 下载 mobi epub pdf txt 电子书 格式
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商品非常好,物流速度非常快,派送服務非常好,非常滿意,值得信賴
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听说是黎曼几何方面比较老的教材之一,想闲暇重新学一下
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哎,数学物理书还是国外人写的好看
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1827年,高斯发表了《关于曲面的一般研究》的著作,这在微分几何的历史上有重大的意义,它的理论奠定了现代形式曲面论的基础。微分几何发展经历了150年之后,高斯抓住了微分几何中最重要的概念和带根本性的内容,建立了曲面的内在几何学。其主要思想是强调了曲面上只依赖于第一基本形式的一些性质,例如曲面上曲面的长度、两条曲线的夹角、曲面上的一区域的面积、测地线、测地线曲率和总曲率等等。他的理论奠定了近代形式曲面论的基础。
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读这本书时,偶然还想到了我们日常对狂狷的理解大都错了。《论语·子路》中云:“不得中行而与之,必也狂狷乎。狂者进取,狷者有所不为也。”狂狷一词可以分开解,“狂”是对自己来说,“狷”是面对这个世界来说——自我进取,追求超越,是为狂;沉默以对,不敏俗事,是为狷。反观那些文青艺青,其狂不过作态,其狷更不必说。惟有一个人道德无亏,才有资格评价那些道德有亏的。——“你们中间谁是没有罪的,谁就可以先拿石头打她。”(《约翰福音》)
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3 An Introduction to Gröbner Bases, William W. Adams, Philippe Loustaunau (1994, ISBN 978-0-8218-3804-4)
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书不错,物流速度很快。给个赞!
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就少戴一次假面;