## Generalised Electrodynamics and the Structure of Matter |

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### Contents

Introduction | 14 |

The Analytical Theory of Matter | 25 |

Chapter 2 | 35 |

Copyright | |

18 other sections not shown

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### Common terms and phrases

4-space action algebra applied arbitrary assumed assumption axes calculated charge co-ordinates coefficients column components concept consequently considered contravariant conventional corresponding defined denote derived distance E-number e-transform Eddington Einstein's electromagnetic equations electromagnetic field electromagnetic theory electron energy and momentum energy density Euclidean Euclidean 4-space expressed factorisation factors field variables fluid flux formula fundamental geodesic geometry gives gravitational field identity imaginary interval invariant invariant mass Lorentz group Lorentz transformation magnetic mass matrix matter measurements mechanical metrical equation Milner modified motion multiplication non-Euclidean geometry notation observed obtained orthogonal particle physical physicist possible properties quantities reduced regarded relation relativity theory representation resultant magnitude rotation satisfied scalar shell simplest space space-time special relativity spherical spinor standard tensor standard theory static field stress suffixes symbols symmetrical tensor calculus transpose vector field vector system velocity of light write zero