Author:
Sands, J.C.
Category:
Research Papers
Sub-Category:
Gravity
Language:
English
Date Published:
March 17, 2026
Downloads:
52
Keywords:
Keywords: gravitation, Doppler effect, Lorentz force, galaxy rotation, gravity assist.
Abstract:
The relativistic Doppler effects are merged with Gauss’s gravitational flux theorem in order to model the gravitational flux distribution of moving masses. The relativistic Doppler equations accommodate the encoding of directional information and together with Gauss’s flux equation for gravitation are able to directionally re-distribute gravitational intensity beyond its Gaussian surface. Similar to synchrotron radiation, which sheds electromagnetic energy in a concentrated beam, it seems inconceivable that there is not a corresponding accompaniment of gravitational energy shed at the same time and in the same manner. This concept, applied to rotating masses reveals a Lorentz-like effect and an asymmetric distribution of gravitational intensity; more intense on the equatorial plane and diminishing at the poles. Gravitational intensification from linear motion is found to be in the direction of motion. Likewise for a massive concentration of orbiting objects within a galaxy, the increase of gravitational intensity outside and forward of each orbiting mass element would result in a spatially well distributed outwardly increasing gravitational gradient as distance from the galactic center increases. A visualization of relativistic Doppler precession on rotating rings due to the Doppler displacement of the center of gravity is presented as it mimics certain orbital tendencies.
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