Summary

This early paper by the author points out some interesting features of general relativity in its treatment of non-Newtonian gravitational forces. Non-Newtonian in this sense means other than the usual inverse square attractive force which is the first thing most of us think of when we think of gravity. The author points out three additional types of gravitational forces, dependent upon the angular, and linear velocities of the masses under consideration. He describes how the flow of a very dense liquid can be treated analogous to electrical currents, with gravitational forces similar to those observed in electromagnetic phenomena. The discussed cases are:

1. effects of rotating masses on stationary masses
2. effects of rotating masses on moving masses
3. effects of accelerated masses on stationary masses

Abstract

This paper emphasizes certain little known aspects of Einstein's general theory of relativity. Although these features are of minor theoretical importance, their understanding and use can lead to the generation and control of gravitational forces. Three distinctly different non-Newtonian gravitational forces are described. The research areas which might lead to methods for the control of gravitation are pointed out and guidelines for initial investigation into these areas are given.

Paper