Inflation from the bang of a white hole induced from a 6D vacuum state

TL;DR

This paper proposes an inflationary universe model originating from a white hole explosion in a 6D vacuum, linking geometric deformation to galaxy distribution and matter density spectra.

Contribution

It introduces a novel inflationary scenario based on white hole explosions in a higher-dimensional vacuum, connecting geometry with observable cosmic structures.

Findings

Universe emerges from white hole explosion

Expansion influenced by geometric deformation

Explains galaxy spectrum and matter density distribution

Abstract

Using ideas of STM theory, but starting from a 6D vacuum state, we propose an inflationary model where the universe emerges from the blast of a white hole. Under this approach, the expansion is affected by a geometrical deformation induced by the gravitational attraction of the hole, which should be responsible for the k_{R}-non invariant spectrum of galaxies (and likewise of the matter density) today observed.