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Index
Cover Page
Title Page
Copyright Page
Contents
Introduction
Dedication Page
Chapter 6: Higher-Dimensional Vectors
6.0 Scalars and Vectors
6.1 Vectors in the Second Dimension
6.2 Vectors in the Third Dimension
6.3 Vectors in Higher Dimensions
6.4 Generalizing the Dot Product
6.5 Generalizing the Cross Product
6.6 Higher-Dimensional Matrices
Chapter 7: Force Fields
7.0 Gravitational Forces
7.1 Electromagnetic Forces
7.2 Field Lines
7.3 Gauss’s Law
7.4 Stokes’s Theorem
7.5 Higher-Dimensional Gravity
7.6 Higher-Dimensional Electromagnetism
7.7 Nuclear Forces
Chapter 8: Compactification
8.0 Non-Euclidean Geometry
8.1 Spacetime Curvature
8.2 Hidden Dimensions
8.3 Compactification Schemes
8.4 Toroidal Compactification
8.5 Kaluza-Klein Excitations
8.6 Large Extra Dimensions
8.7 Higher-Dimensional Models
Chapter 9: Experimental Searches
9.0 Tests of Newton’s Law of Gravitation
9.1 Elementary Particles and Their Interactions
9.2 High-Energy Collider Phenomenology
9.3 Collider Searches for Extra Dimensions
9.4 Astrophysical and Cosmological Constraints
Chapter 10: Spacetime
10.0 Special Relativity
10.1 General Relativity
10.2 Quantum Mechanics
10.3 Quantum Field Theory
10.4 Grand Unified Theories
10.5 String Theory
10.6 Supersymmetry and Superstrings
10.7 M Theory
Volume 1 Contents
References and Further Reading
Puzzle Solutions
Author’s Qualifications
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