The Hypothesis of the 5th Force of Physics: Unifying All Through the Informational Topography Field
Year: 2025
Type: preprint
Abstract: We develop a covariant effective-field framework in which an Informational Topography Field (ITF), a coarse-grained vector I µ , couples to matter and spacetime geometry. The theory is conservative and diffeomorphism invariant. We present the full action, derive field equations and their weak-field limit, analyze stability and dispersion, linearize perturbations for cosmology, and construct a topology-geometry functional T [I] that selects admissible morphologies. The model reduces in the quasi-static Newtonian limit to a single operational, testable equation relating gradients of local bit-density to the gravitational potential. We describe a statistical detection pipeline (Boltzmann solver modifications, Fisher forecasts, MCMC) and present worked examples at laboratory, astrophysical and embryological scales. We also discuss implications including a sign-sensitive extension that admits reverse-information flows (antigravity-like behavior) and its observational consequences. The framework provides concrete, falsifiable predictions and pathways to confront data. Readers are advised to consult the accompanying Disclaimer document before engaging with the main papers.
Author: Bruno Wayne Salter
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W4416366169