Aberration, 196
Abraham, 4
Adams, 164
Aether, 36
angular momentum, 61
magnetic reaction, 31
Ampère, 39
Angular momentum, of aether, 31, 45, 61, 84
of field, 141, 211
of photon spin, 67, 113
of solar system, 174
Annihilation, electron-positron, 69
Anomalous electron, 76, 160
Anti-proton, 134
Atomic nuclei. See Nuclear theory

Bates, 7, 32, 33, 48
Binding energy, of electron, 5
of deuteron, 19, 128
of nucleus, 147
Biot, 40
Bohr, 198
Bohr atom, 50, 68
Bohr magneton, 156, 160
Bradley’s aberration experiment, 196
de Broglie, 64, 198
Brown, 33
Bucherer, 3
Burhop, 1

Champion, 17
Clarricoats, 35
Clemence, 185
Clock paradox, 58
Compton, 3, 33
Compton effect, 3, 7
Compton wavelength, uncertainty jittering, 76
Continuum, 92
Creation, electron-positron, 125
matter, 178
nucleon, 139
solar system, 174
Cullwick, 198
Curie point, 50
Cyclotron, resonance experiment, 116

Density, of space–time, 86
Deuteron, magnetic moment, 158
mass, 137
nature of, 19
reaction, 128
spin, 158
as thermonuclear element, 38
Dicke, 84
Dicke-Brans theory, 195
Dirac, 33, 199
Displacement current, 100
Dobronravov, 199
Doolittle, 185
Döring, 50

Eddington, 2, 63, 199
Eddy-current anomaly, 34
Ehrenhaft, 1
Einstein, 32, 64, 189, 195
gravitation theory, 78. See Relativity
Electrodynamic law, 39
use in theory of ferromagnetism, 52
use in theory of gravitation, 93
[p. 222]Electromagnetic waves, propagation velocity, 99, 196
virtual properties, 198
Electromotive force, 27
Electron, annihilation, 69
anomalous behaviour, 76, 160
binding energy, 5
collision, 17
creation, 125
magnetic moment, 76, 160
mass, 116
nuclear component, 19
spin, 33, 48, 160
theory, 102
Elsasser, 166
Energy transfer, 198
Exchange force, 19, 48

Faraday, law of induction, 100
Farley, 160
Fermi, 19, 33
Ferromagnetism, nature of, 48
spin effect, 33
Fine structure constant, in Bohr theory, 52
derivation, 115
Fizeau effect, 195, 197
Fock, 81
Ford, 28
Fresnel, 196
Furth, 28

Galt, 116
Gegenshein, 172
General Relativity. See Relativity
Goobar, 32
Goudsmit, 33
Grassmann, 40
Gravitation, collapse, 87
constancy, 87
deflection of light, 80
derivation of G, 120
Einstein’s theory, 78
nature, 88
space disturbance, 60
velocity, 91
Gravitons, 92, 121, 181
Gyromagnetic ratio, 32
Gwynne, 80, 192, 194

H particle, 19, 129
mass, 145
Haas, 32
Hammond, 14
Harnwell, 76
Heisenberg, 2, 48, 63
Helmholtz, 44
Hoyle, 78, 175
Hypothesis of Universal Time. See Universal Time

Jupiter, magnetic moment, 170
radio emission, 171

Kaufmann, 3
Kikoin, 32
Kitaigorodsky, 199
Kittel, 49
Kobel, 46
Kramers, 198
Krisch, 120

Lamb shift, 161
Lattice particles, magnetic moment, 214
mass, 116
pressure, 106
spin, 214
See also Space–time
Light, deflection by gravitational field, 80
Lorentz, 195

Magnetic energy, of electron, 4
negative nature, 7, 31, 49
Magnetic moment, earth, 168
deuteron, 158
electron, 76, 160
Jupiter, 170
lattice particle, 214
proton, 153
neutron, 156
spinning charge, 209
sun, 171
Magnetic susceptibility, 54
Magnetocaloric effects, 28
[p. 223]Marshak, 119
Mass, dependence on velocity, 3, 16
electromagnetic, 4
electrostatic, 5
Maxwell, 10, 100, 102
Mercury, perihelion anomaly, 80, 83
Mesons. See Muon and Pion
Michelson–Morley experiment, 36, 59, 78, 190
Miller, 190
Millikan, 1
Momentum, of photon, 75, 201
of space–time, 78
Muon, 117, 181

Neumann, 44
Neutron, 133
decay, 137
magnetic moment, 156
mass, 137
spin, 156
Newton, equation of planetary motion, 85
Third Law of Motion, 39, 96
Nissim, 4
Nuclear theory, 18, 125, 145

Page, 164
Particle inversion, 130
Penfield, 198
Perihelion, earth, 185
Mercury, 81, 86, 184
Venus, 83, 185
Photon, momentum, 45, 75, 198
unit, 65
Pion, 119, 149
Planck, derivation of constant, 115
radiation law, 64
Positron, annihilation, 69
creation, 125
nuclear component, 18
Poynting vector, 13, 199
Principle of Equivalence, 60
Principle of Relativity, 59, 189, 194
Principle of Uncertainty, 2, 51, 63
Proton, binding energy, 132
magnetic moment, 156
mass, 145
spin, 152
Pulsar, 194, 201

Quantum space, 5
particle expansion and contraction, 126
particle inversion, 130
Quarks, 1, 18
Quasars, 177

Rabe, 185
Radar waves, effect on gravitation, 80
test of Special Relativity, 191
Radiation, accelerated charge, 8, 17
atoms, 15
Jupiter, 170
Planck’s law, 64
Radio emission, 170
Red shift, 80, 82
Refractive index, of space–time, 81, 196
Relativity, clock paradox, 58
tests of general theory, 80, 83
test of special theory, 194
Richardson, 32
Robson’s experiments, 127, 138
Rosen, 191
Russell, 188

Sakurai, 172
Savart, 40
Schrödinger Equation, 70
Shapiro, 191, 194
Slater, 48, 198
Smart, 50
Sommerfield, 160
Space polarization energy, 37, 111, 123
Space–time, angular momentum, 61
balance, 106
density, 86, 105
energy, 61
lattice, 79
lattice particles, 88, 214
pressure, 105
refractive index, 81
[p. 224]Spin, deuteron, 158
electron, 33, 48
lattice particle, 214
proton, 152
nature of, 202
neutron, 156
space-time spin vector, 64
See Angular momentum
Stars, nature of, 179
Stokes, 197
Sucksmith, 33
Sun, deflection of stellar light, 80
oblateness, 83
magnetic moment, 171
red shift, 80
space–time, 180
Superconductivity, 14

Thermonuclear reactor, 37
Thomson, 4, 12
Tricker, 39
Trouton–Noble experiment, 40, 96, 208

Uhlenbeck, 33
Universal Time, 58, 59, 95, 166

Van Vleck, 207
Venus, perihelion, 83

Waldron, 198
Wave mechanics, 58
Weber, 44
Whittaker, 39, 44, 191, 196
Wilson, H. A., 3, 5
Wilson, R., 129

X-ray scattering, 3

Yoffe, 199

Zodiacal light, 172