A Theory of Unified Gravitation: The Unification of the Gravitational Force and the Strong Interaction |
Contents
Introduction | 1 |
Why look for an alternative theory? | 15 |
The UG Characteristics at NonRelativistic Velocities | 31 |
The UG Equations of Astronomical Objects | 50 |
III3 | 64 |
IV2 | 74 |
IV3 | 100 |
The Potential Energy Spiral and the Constant Velocity Curve | 132 |
VII5 | 163 |
VII9 | 170 |
Gravitational Ionization | 176 |
IX2 | 183 |
XI3 | 209 |
XI4 | 225 |
The UG Scaling Theorems | 239 |
| 247 | |
Common terms and phrases
̀ ̀ acceleration angular velocity approximately assumed atom becomes Bjorken scaling calculated Cassini Division central core Chapter closest approach collapse Consequently cross section curve deep inelastic scattering demonstrated denoted density displayed dominant SHP electromagnetic interaction electron Figure function galactic disk galactic entities galaxy center given by Equation gravitational force hard sphere hydrogen impact energy impact parameter increases inertial frame ionization kinetic energy located massive maxima and minima maximum minima contours minimum morphology nebula neutron Newton’s Newtonian non-relativistic velocities Note nucleon observed orbiting object ordinary particle overall energy particle of mass pattern planetary rings planets point of closest potential energy minima proton provides radiation radii radius redshift reduced relativistic ring system rotation satellites Saturn’s SHP groups significantly single SHP special relativity speed stars stellar substantially superheavy particles test particle UG force UG interaction UG potential energy UG theory Unified Gravitation zero zonal oscillation range zone