G.E.O.M.: Gravity Emerges from Oscillating Manifolds - FRB Cascades (CHIME/FAST), CMB Anisotropies (CMB-S4), and JWST Dust Exploration

# G.E.O.M.: Gravity Emerges from Oscillating Manifolds — Pre-project for Multi-Messenger Tests with FRB, CMB, and JWST ## Description This pre-project introduces G.E.O.M. (Gravity Emerges from Oscillating Manifolds), a retrocausal theoretical framework proposing that gravity arises from standing oscillations of the space-time manifold, with future boundary conditions influencing present observables. The document outlines three falsifiable observational protocols to test G.E.O.M.: - FRB cascades using CHIME and FAST radio telescopes, - CMB anisotropies with the upcoming CMB-S4 experiment, - High-redshift dust composition via JWST/MIRI spectroscopy at \(z > 8\). Key features include: - A retrocausal coupling: \(\delta V_{\text{future}} = \gamma \frac{k_B}{c^2} S_{\text{eff}} \, \delta\Phi\), - Simulated evidence: FRB multiplet correlation (\(r = 0.73, p < 0.01\)) and CMB excess (\(>3\sigma\)), - Detailed observational strategies, risk mitigation, and resource planning, - Open invitation for collaboration in data analysis, observation, and theoretical development. This work is not a formal publication but a living pre-project designed to catalyze empirical validation or falsification between 2027–2035. All simulation code snippets and analysis frameworks are included for reproducibility. ## Keywords emergent gravity, retrocausality, Fast Radio Bursts, Cosmic Microwave Background, high-redshift dust, JWST, CHIME, FAST, CMB-S4, falsifiable cosmology, quantum foundations ## License CC BY 4.0 (Creative Commons Attribution 4.0 International)