Radiation-Absorption, Geometric-Distortion, and Physical-Structure Modeling

Abstract

As latter-day experimental interstellar and intergalactic astronomical data are being related to unknown forms of cosmological energies (hypothesized as dark energy and dark matter), we, in the present development, attribute radiation-absorption properties to the universe’s electromagnetic (EM) energy content (plasma energies) or to the universe’s geometric manifold itself. Therefore, for either an EM energy content or a manifold energy content (manifold curvature with radiation absorption), we advance a classical optical attenuation coefficient model to describe energy propagation throughout the universe, thereby providing an alternative analysis and cosmological explanation for the experimental radiative-astronomical data. This modeling is applicable whether one attributes radiation attenuation to the presence of additional universe-bearing EM energy sources or as an interpretation of the geometric manifold as a substantive and locally distortable entity. For the geometric manifold absorption description, the spacetime-absorption-property concept is further utilized to model a radiatively decaying blackbody as the genesis of a propagating decaying shock wave, which in turn is posited as the energy source to mimic a spatially distorted universe. The earlier derived composite coupling constant (gravitational and EM) is inherently incorporated to classify the elements of the seeded universe. Energy densities derived from a distorted-spacetime model are further assimilated in a fundamental manner to describe the ensuing features of the explosive blackbody event.