Aether Science

The Physics of the Aether — Research by Harold Aspden

Index — Modern Aether Science (1972)

A three-light-year-tall pillar of gas and dust in the Carina Nebula, photographed by the Hubble Space Telescope for its 20th anniversary
Three-light-year-tall star-forming pillar in the Carina Nebula. Credit: NASA, ESA and M. Livio — Hubble 20th Anniversary Team (STScI) · NASA Image Library ↗

⬇ Download PDF: Index — Modern Aether Science (1972)

Transcribed from the scanned pages of the printed book. [p. N] marks where each printed page begins; figures are cut from the scans. The PDF above is the original.

[p. 163]

Index

  • Adams, 76
  • Aether, 2
    • Aspden’s theory, 154, 159
    • de Broglie’s theory, 72
    • cyclic form, 34
    • rotation, 11–14, 35–38
  • Alfvén, 122
  • Altschuler, 9, 14
  • Ampère, 77
  • Anderson, 67
  • Angular momentum, of aether, 58
    • of electron, 60
    • of solar system, 42 et seq.
    • of star, 46
  • Aristotle, 15, 25
  • Arrhenius, 44
  • Asteroids, 52
  • Atmospheric electricity, 144 et seq.
  • Augenheister, 36
  • Babcock, 28, 29
  • Ball, 12, 54
  • Ball lightning. See thunderballs
  • Barnett, 3
  • Bates, 125
  • Bauer, 138
  • Black holes, 19, 46
  • Blackett, 28, 29
  • Bondi, 6, 101
  • Born, 62
  • Bouguer, 17
  • Boundary conditions, relativity, 82–86
    • diamagnetism, 118
  • Bremsstrahlung, 112, 115
  • de Broglie, 42, 64, 72
  • Bruce, 12, 13
  • Büchel, 20
  • Cavendish, 17
  • Cerenkov, 96, 114, 115
  • Chadwick, 67
  • Compton, 151
  • Conklin, 158
  • Cook, 157
  • Cosmic radiation, 49, 67, 158
  • Coulomb’s law, 73, 129
  • Dauvillier, 44
  • Descartes, 3, 18, 19, 22
  • Diamagnetism, 117 et seq.
  • Dingle, 83
  • Dirac, 60–72, 92–99, 125, 160
  • Doolittle, 55–57
  • Earnshaw, 87–90, 94
  • Earth’s electricity, 144 et seq.
  • Earth’s magnetism, 26–29, 36
    • reversals of, 53, 156
  • Earthquakes, 9, 13, 23, 31, 36
  • Eddington, 22, 42, 43, 60, 61, 63, 78
  • Einstein, 3, 24, 31, 65, 84, 86, 99
  • Electrodynamic law, 73 et seq., 119, 161
  • Electron, 65
    • radiation, 68, 95–97, 102, 115, 133, 147
    • size, 99
    • spin, 60, 64, 70, 117, 125

[p. 164]

  • Eotvos, 54
  • Erasmus, 3
  • Exclusion principle, 70
  • Expanding universe, 44
  • Faraday, 119
  • Fermi, 67
  • Ferromagnetism, 26, 123–27
  • Feynman, 102, 132
  • Fitzgerald, 75
  • Franklin, 8, 30
  • Freeman, 20
  • Fremlin, 76
  • Galileo, 3, 15, 16
  • Galle, 54
  • Gauss, 89
  • Gilbert, 25, 26
  • Goudsmit, 64
  • Gravitational collapse, 19, 21
  • Gravitational theory, aether, 18
    • Aspden’s, 127, 143
    • electrical, 17, 19
    • Fitzgerald’s, 58
    • Newton’s, 16, 55
    • Potier’s, 131
    • relativistic, 6, 20, 57
  • Gyromagnetic ratio, 60
  • Heaviside, 100
  • Heisenberg, 3, 24, 129
  • Helmholtz, 19, 22, 80
  • Herschel, 12
  • Hoyle, 6, 101, 128, 132
  • Hydromagnetism, 26
  • Inertia, nature of, 102 et seq.
  • Inertial mass, 54, 108
  • Jaggi, 124
  • Jeans, 43, 44, 88
  • Josephs, 101
  • Kant, 47
  • Kepler, 16
  • Langevin, 75
  • Laplace, 20, 21, 44
  • Leverrier, 54
  • Lightning, atmospheric, 8, 9, 31, 36, 145
    • cosmic, 13, 151, 152
  • Livens, 133–35
  • Lodestone, 24
  • Lorentz, 83–85, 94–97, 119
  • Mach, 78, 100, 102
  • Magnetism, 110 et seq.
  • Mass, 100
  • Maxwell’s theory, 84, 95, 96
  • Mercury, 55
  • Michelson–Morley experiment, 158
  • Millikan, 67
  • Mills, 14
  • Mossotti, 17
  • Narlikar, 128, 132
  • Neutron, 67
  • Newton, 3, 16, 20, 71, 72
  • Nordenson, 4, 32
  • Nuclear theory, atoms, 139 et seq.
    • sun, 12, 155
    • thunderballs, 10, 11
  • Ohm’s law, failure, 124
  • Page, 76
  • Pauli, 3, 24, 70
  • Perihelion anomalies, 56, 57
  • Planck, 65, 115
  • Planets, formation, 50–53
    • perturbation, 54
  • Poincaré, 44, 75
  • Poisson, 89
  • Positron, 65, 67
  • Potier, 131
  • Poynting’s theory, 133–35
  • Priestley, 30
  • Proton, 67

[p. 165]

  • Rabe, 57
  • Relativity, 4, 5, 33, 82, 98
  • Ritchie, 10, 14, 39
  • Rocher, 30
  • Runcorn, 26, 29, 35
  • Ruderfer, 158
  • Schonland, 8, 10, 13, 39, 152
  • Schott, 97, 132
  • Schroedinger, 65
  • Schuster, 28
  • Schuster–Wilson hypothesis, 28–30, 36, 49, 51
  • Sciama, 101
  • Scott, Dana, 61
  • Scott, W. T., 87, 90
  • Silk, 46
  • Simpson, 146
  • Sommerfeld, 114, 115
  • Stability, of aether, 88
    • electric charge, 92, 143
    • gravitational, 20
    • nuclear, 139
  • Stars, collision, 44
    • inverted polarity, 67, 68, 156
  • Stedman, 129
  • Stevinus, 15, 16
  • Stix, 152
  • Strnad, 76
  • Sucksmith, 125
  • Sun, energy, 12, 19, 68, 146
    • formation, 21, 41 et seq., 155
    • magnetism, 28, 29
    • pulsations, 52
    • radiation, 147
  • Sunspots, 12
  • Swann, 149–51
  • Thiessen, 29
  • Thomson, 104
  • Thunderballs, 9, 10, 38–40, 153
  • Thunderbolts, 2
  • Time, dilation, 32
    • universal, 35
  • Trouton–Noble experiment, 73 et seq.
  • Uhlenbeck, 64
  • Van Vleck, 117, 122
  • Venus, 54
  • Véronnet, 34, 41–43, 80
  • Von Kluber, 29
  • Vortex theory, 137, 138
  • Vulcan, 54
  • Watson, 46
  • Weber, 17, 19, 27
  • Wheeler, 102, 132, 138
  • Whitehead, 1
  • Whittaker, 75, 100
  • Wilson, 28, 145–47, 160
  • Wright, 46
  • Zollner, 17, 19, 27