Gravitons, Dark Matter, and Classical Gravitation

TL;DR

This paper proposes that gravitons have time-varying mass and radius, with their properties linked to the universe's expansion, suggesting dark matter could be composed of such gravitons and deriving related energy density.

Contribution

It introduces a novel model where gravitons possess dynamic properties and links dark matter to these variable gravitons, providing a new perspective on cosmic dark matter.

Findings

Graviton mass and radius vary inversely with the universe's scale.

Dark matter could be composed of these dynamic gravitons.

The model yields a consistent energy density for dark matter.

Abstract

We find that the quantum of gravity, the graviton, has time-varying mass (the gomidium), and radius (the somium); both vary with the inverse of R; and its frequency is given by Hubble's parameter. Dark matter can be made of such gravitons. The number of gravitons varies with R-squared . The Machian radiated power of the Universe leads us to a "correct" energy density for the gravitons as dark matter.