Algebra II: Chapters 4 - 7

Front Cover
Springer Science & Business Media, Apr 16, 2003 - Mathematics - 453 pages

This is a softcover reprint of the English translation of 1990 of the revised and expanded version of Bourbaki's, Algèbre, Chapters 4 to 7 (1981).

This completes Algebra, 1 to 3, by establishing the theories of commutative fields and modules over a principal ideal domain. Chapter 4 deals with polynomials, rational fractions and power series. A section on symmetric tensors and polynomial mappings between modules, and a final one on symmetric functions, have been added. Chapter 5 was entirely rewritten. After the basic theory of extensions (prime fields, algebraic, algebraically closed, radical extension), separable algebraic extensions are investigated, giving way to a section on Galois theory. Galois theory is in turn applied to finite fields and abelian extensions. The chapter then proceeds to the study of general non-algebraic extensions which cannot usually be found in textbooks: p-bases, transcendental extensions, separability criterions, regular extensions. Chapter 6 treats ordered groups and fields and based on it is Chapter 7: modules over a p.i.d. studies of torsion modules, free modules, finite type modules, with applications to abelian groups and endomorphisms of vector spaces. Sections on semi-simple endomorphisms and Jordan decomposition have been added.

Chapter IV: Polynomials and Rational Fractions

Chapter V: Commutative Fields

Chapter VI: Ordered Groups and Fields

Chapter VII: Modules Over Principal Ideal Domains

 

 

Contents

I
A-1
II
A-2
III
A-4
IV
A-6
V
A-9
VI
A-10
VII
A-11
VIII
A-13
CXVIII
A-94
CXIX
A-96
CXX
A-97
CXXI
A-98
CXXIII
A-100
CXXIV
A-104
CXXV
A-106
CXXVI
A-107

IX
A-14
X
A-17
XII
A-19
XIII
A-20
XIV
A-21
XV
A-23
XVI
A-24
XVII
A-25
XVIII
A-28
XIX
A-30
XX
A-31
XXI
A-32
XXII
A-35
XXIII
A-38
XXV
A-39
XXVI
A-41
XXVII
A-42
XXVIII
A-43
XXIX
A-45
XXX
A-47
XXXI
A-48
XXXII
A-50
XXXIII
A-52
XXXIV
A-54
XXXV
A-57
XXXVI
A-59
XXXVII
A-61
XXXVIII
A-67
XL
A-70
XLI
A-72
XLII
A-75
XLIII
A-81
XLIV
A-86
XLV
A-87
XLVI
A-89
XLVII
A-90
XLVIII
A-91
XLIX
A-98
L
A-103
LI
A-1
LII
A-2
LIII
A-3
LIV
A-5
LV
A-7
LVII
A-9
LVIII
A-10
LX
A-12
LXI
A-13
LXII
A-15
LXIII
A-17
LXIV
A-19
LXVI
A-21
LXVII
A-22
LXVIII
A-24
LXX
A-25
LXXI
A-26
LXXIII
A-28
LXXV
A-30
LXXVI
A-31
LXXVII
A-33
LXXVIII
A-34
LXXIX
A-36
LXXX
A-37
LXXXI
A-39
LXXXII
A-40
LXXXIII
A-41
LXXXIV
A-42
LXXXV
A-43
LXXXVI
A-45
LXXXVII
A-46
LXXXVIII
A-47
XCI
A-50
XCII
A-52
XCV
A-53
XCVI
A-55
XCVII
A-56
XCIX
A-58
C
A-60
CI
A-62
CII
A-64
CIII
A-65
CIV
A-67
CV
A-69
CVI
A-72
CVII
A-76
CVIII
A-77
CIX
A-78
CX
A-79
CXI
A-81
CXII
A-83
CXIII
A-85
CXIV
A-86
CXV
A-88
CXVI
A-91
CXVII
A-93
CXXVII
A-110
CXXVIII
A-111
CXXIX
A-112
CXXX
A-115
CXXXI
A-117
CXXXII
A-118
CXXXIII
A-119
CXXXIV
A-121
CXXXV
A-122
CXXXVI
A-125
CXXXVIII
A-127
CXXXIX
A-128
CXL
A-130
CXLI
A-131
CXLII
A-132
CXLIII
A-133
CXLIV
A-136
CXLV
A-137
CXLVI
A-139
CXLVII
A-140
CXLVIII
A-141
CXLIX
A-142
CL
A-143
CLI
A-145
CLII
A-146
CLIII
A-147
CLIV
A-150
CLVI
A-151
CLVIII
A-153
CLX
A-154
CLXI
A-160
CLXII
A-166
CLXIII
A-170
CLXIV
A-171
CLXV
A-175
CLXVI
A-177
CLXVII
A-180
CLXVIII
A-182
CLXIX
CLXX
A-1
CLXXIII
A-3
CLXXV
A-4
CLXXVI
A-5
CLXXVII
A-7
CLXXIX
A-8
CLXXX
A-10
CLXXXI
A-11
CLXXXII
A-12
CLXXXIII
A-13
CLXXXIV
A-17
CLXXXV
A-19
CLXXXVI
A-20
CLXXXVII
A-21
CLXXXVIII
A-23
CLXXXIX
A-26
CXC
A-28
CXCI
A-30
CXCII
A-37
CXCIII
A-1
CXCIV
A-3
CXCV
A-5
CXCVII
A-6
CXCVIII
A-7
CXCIX
A-10
CC
A-12
CCI
A-14
CCII
A-15
CCIV
A-16
CCV
A-18
CCVI
A-19
CCVII
A-20
CCVIII
A-21
CCIX
A-22
CCX
A-23
CCXI
A-25
CCXII
A-28
CCXIV
A-30
CCXV
A-31
CCXVI
A-34
CCXVII
A-36
CCXVIII
A-39
CCXIX
A-40
CCXX
A-41
CCXXI
A-43
CCXXII
A-48
CCXXIII
A-54
CCXXIV
A-59
CCXXV
A-62
CCXXVI
A-70
CCXXVII
A-73
CCXXVIII
A-83
CCXXIX
i
CCXXX
iii
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About the author (2003)

Nicolas Bourbaki is the pseudonym for a group of mathematicians that included Henri Cartan, Claude Chevalley, Jean Dieudonne, and Andres Weil. Mostly French, they emphasized an axiomatic and abstract treatment on all aspects of modern mathematics in Elements de mathematique. The first volume of Elements appeared in 1939. Subsequently, a wide variety of topics have been covered, including works on set theory, algebra, general topology, functions of a real variable, topological vector spaces, and integration. One of the goals of the Bourbaki series is to make the logical structure of mathematical concepts as transparent and intelligible as possible. The books listed below are typical of volumes written in the Bourbaki spirit and now available in English.

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