- 264 pages
- English
- PDF
- Available on iOS & Android
About This Book
This text presents the concepts of higher algebra in a comprehensive and modern way for self-study and as a basis for a high-level undergraduate course. The author is one of the preeminent researchers in this field and brings the reader up to the recent frontiers of research including never-before-published material. From the table of contents: - Groups: Monoids and Groups - CauchyĆs Theorem - Normal Subgroups - Classifying Groups - Finite Abelian Groups - Generators and Relations - When Is a Group a Group? (Cayley's Theorem) - Sylow Subgroups - Solvable Groups - Rings and Polynomials: An Introduction to Rings - The Structure Theory of Rings - The Field of Fractions - Polynomials and Euclidean Domains - Principal Ideal Domains - Famous Results from Number Theory - I Fields: Field Extensions - Finite Fields - The Galois Correspondence - Applications of the Galois Correspondence - Solving Equations by Radicals - Transcendental Numbers: e and p - Skew Field Theory - Each chapter includes a set of exercises
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Table of contents
- Cover
- Half Title
- Title Page
- Copyright Page
- Contents
- Preface
- Table of Principal Notation
- Prerequisites
- PART IāGROUPS
- PART IIāRINGS AND POLYNOMIALS
- PART IIIāFIELDS
- Appendix A . Transcendental Numbers: e and Ļ
- Appendix B. Skew Field Theory
- Index