包邮国外数学名著系列(影印版)2:代数学基础

Preface
1．What is Algebra？
2．Fields
3．Commutative Rings
4．Homomorphisms and Ideals
5．Modules
6．Algebraic Aspects of Dimension
7．The Algebraic View of Infinitesimal Notions
8．Noncommutative Rings
9．Modules over Noncommutative Rings
10．Semisimple Modules and Rings
11．DivisioAlgebras of Finite Rank
12．The Notioof a Group
13．Examples of Groups： Finite Groups
14．Examples of Groups： Infinite Discrete Groups
15．Examples of Groups： Lie Groups and Algebraic Groups
16．General Results of Group Theory
17．Group Representations
A．Representations of Finite Groups
B．Representations of Compact Lie Groups
18．Some Applications of Groups
A．Galois Theory
B．The Galois Theory of Linear Differential Equations （Picard Vessiot Theory）
C．Classificatioof Unramified Covers
D．Invariant Theory
E．Group Representations and the Classificatioof Elementary Particles
19．Lie Algebras and Nonassociative Algebra
A．Lie Algebras
B．Lie Theory
C．Applications of Lie Algebras
D．Other Nonassociative Algebras
20．Categories
21．Homological Algebra
A．Topological Origins of the Notions of Homological Algebra
B．Cohomology of Modules and Groups
C．Sheaf Cohomology
22．K—theory
A．Topological K—theory
B．Algebraic K—theory
Comments othe Literature
References
Index of Names
Subject Index