Solvency Field Theory (SFT): The V7 Framework, V7. 1 Compton Maintenance it makes strict, quantitative predictions that deviate fundamentally from standard CDM, providing immediate targets for next-generation cosmological surveys (DESI, Euclid, CMB-S4). Because SFT dictates that the geometric cost of expansion is absorbed locally by gravitational curvature, the framework predicts a strict environment-dependent expansion rate: Structure Growth Split: SFT predicts a 5-6% difference in the structure growth rate (f₈ (z) ) at z < 0. 5 between cosmic supervoids (unscreened) and superclusters (screened). Standard CDM, relying on a uniform vacuum constant, predicts exactly zero environmental variance. ISW Anomalies: SFT predicts an amplified Integrated Sachs-Wolfe (ISW) signal in supervoids relative to CDM baselines, strictly due to the 4² unscreened geometric phase tax. If future survey data detects this 5-6% environmental growth split, it mathematically falsifies the existence of a uniform Cosmological Constant (). The Core V7 Framework Results This repository contains the mathematical derivations and cosmological data analysis demonstrating that this single information-theoretic principle resolves anomalies across three distinct scales: 1. Galactic Dynamics (The SPARC V7 Weak-Field Test) Applied to the raw baryonic mass of 137 SPARC galaxies, the SFT acceleration law (aₒ₅ₓ = cH₀/2) reduces the mean relative rotation-curve error by 63% (from 0. 458 to 0. 167) with zero per-galaxy fitting parameters. 2. Cosmological Expansion (The DESI DR2 Match) By modeling the universe as a bimodal entropy ledger (active baryonic processing + passive structural capacity) using 150GB of IllustrisTNG300 telemetry, SFT natively reproduces the evolving Dark Energy equation of state. The theoretical prediction (w₀ = -0. 837, wₐ = -0. 615) lands cleanly inside the DESI phantom-crossing shadow without a Cosmological Constant. 3. Local Gravity & Strong Field (Exact GR Derivations) At the scale of compact objects, the SFT "Compactness Burden" (= GM/2c²r) acts as a localized spatial warp to store intense baryonic information debt. We prove mathematically that this limit strictly forces the exact Schwarzschild exterior metric and closes identically to the Tolman-Oppenheimer-Volkoff (TOV) hydrostatic equations. Reading Guide If you are new to this framework, please read the documents in this order: SFTV7. 1ReadersGuide. pdf (Start here for the conceptual overview) SFTV7. 1ComptonMaintenanceHypothesis. pdf (The physical mechanism and exact 4² derivation) SFT₇. 2FalsifiablePredictions. pdf (The environmental growth split and tests) sftᵥ7weakfieldₚaperdraft. pdf (The SPARC galaxy rotation curve proofs) sftdoc₆ₛchwarzschildderivation. pdf (The local gravity/General Relativity proofs) All data necessary to reproduce the SPARC and IllustrisTNG bimodal regressions are included in the supplementary. zip bundles.
Shaun Fosmark (Mon,) studied this question.