The emergence of gravity as a retro-causal post-inflation macro-quantum-coherent holographic vacuum Higgs-Goldstone field

TL;DR

This paper proposes a novel model where gravity emerges from topological defects in a post-inflation quantum condensate, explaining dark energy and dark matter as residual vacuum energies, with implications for particle detection and holographic horizons.

Contribution

It introduces a new framework linking gravity, dark energy, and dark matter to topological defects and holographic principles in a quantum vacuum model.

Findings

Dark energy and dark matter are residual vacuum energies from pre-inflation states.

Gravity arises from topological defects in a post-inflation condensate.

The model predicts no detection of exotic particles at the LHC.

Abstract

We present a model for the origin of gravity, dark energy and dark matter: Dark energy and dark matter are residual pre-inflation false vacuum random zero point energy (w=-1) of large-scale negative, and short-scale positive pressure, respectively, corresponding to the "zero point" (incoherent) component of a superfluid (supersolid) ground state. Gravity, in contrast, arises from the 2nd order topological defects in the post-inflation virtual "condensate" (coherent) component. We predict, as a consequence, that the LHC will never detect exotic real on-mass-shell particles that can explain dark matter. We also point out that the future holographic dark energy de Sitter horizon is a total absorber (in the sense of retro-causal Wheeler-Feynman action-at-a-distance electrodynamics) because it is an infinite redshift surface for static detectors. Therefore, the advanced Hawking-Unruh thermal radiation from the future de Sitter horizon is a candidate for the negative pressure dark vacuum energy.