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Index
Cover Page Title Page Copyright Page Dedication Page Contents Acknowledgments 1 Prelude: What Is Algebra?
Why This Book? Setting and Examining the Historical Parameters The Task at Hand
2 Egypt and Mesopotamia
Proportions in Egypt Geometrical Algebra in Mesopotamia
3 The Ancient Greek World
Geometrical Algebra in Euclid’s Elements and Data Geometrical Algebra in Apollonius’s Conics Archimedes and the Solution of a Cubic Equation
4 Later Alexandrian Developments
Diophantine Preliminaries A Sampling from the Arithmetica: The First Three Greek Books A Sampling from the Arithmetica: The Arabic Books A Sampling from the Arithmetica: The Remaining Greek Books The Reception and Transmission of the Arithmetica
5 Algebraic Thought in Ancient and Medieval China
Proportions and Linear Equations Polynomial Equations Indeterminate Analysis The Chinese Remainder Problem
6 Algebraic Thought in Medieval India
Proportions and Linear Equations Quadratic Equations Indeterminate Equations Linear Congruences and the Pulverizer The Pell Equation Sums of Series
7 Algebraic Thought in Medieval Islam
Quadratic Equations Indeterminate Equations The Algebra of Polynomials The Solution of Cubic Equations
8 Transmission, Transplantation, and Diffusion in the Latin West
The Transplantation of Algebraic Thought in the Thirteenth Century The Diffusion of Algebraic Thought on the Italian Peninsula and Its Environs from the Thirteenth Through the Fifteenth Centuries The Diffusion of Algebraic Thought and the Development of Algebraic Notation outside of Italy
9 The Growth of Algebraic Thought in Sixteenth-Century Europe
Solutions of General Cubics and Quartics Toward Algebra as a General Problem-Solving Technique
10 From Analytic Geometry to the Fundamental Theorem of Algebra
Thomas Harriot and the Structure of Equations Pierre de Fermat and the Introduction to Plane and Solid Loci Albert Girard and the Fundamental Theorem of Algebra Ren5 Descartes and The Geometry Johann Hudde and Jan de Witt, Two Commentators on The Geometry Isaac Newton and the Arithmetica universalis Colin Maclaurin’s Treatise of Algebra Leonhard Euler and the Fundamental Theorem of Algebra
11 Finding the Roots of Algebraic Equations
The Eighteenth-Century Quest to Solve Higher-Order Equations Algebraically The Theory of Permutations Determining Solvable Equations The Work of Galois and Its Reception The Many Roots of Group Theory The Abstract Notion of a Group
12 Understanding Polynomial Equations in n Unknowns
Solving Systems of Linear Equations in n Unknowns Linearly Transforming Homogeneous Polynomials in n Unknowns: Three Contexts The Evolution of a Theory of Matrices and Linear Transformations The Evolution of a Theory of Invariants
13 Understanding the Properties of “Numbers”
New Kinds of “Complex” Numbers New Arithmetics for New “Complex” Numbers What Is Algebra?: The British Debate An “Algebra” of Vectors A Theory of Algebras, Plural
14 The Emergence of Modern Algebra
Realizing New Algebraic Structures Axiomatically The Structural Approach to Algebra
References Index
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