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February 5, 20260 citationsOpen Access

The Geometric Inevitability: A Zero-Parameter Axiomatic Framework (The Unified Chronofractal Field)

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HGHeiko Grimberg

Key Points

  • To propose a zero-parameter axiomatic framework, the Unified Chronofractal Field (UCF), as an alternative to current cosmological models.
  • Introduced a geometric framework based on a 14-mode Bravais vacuum lattice.
  • Derived physical observables from geometric invariants without reliance on parameters.
  • Performed comparisons of predicted values with observational data from missions like Euclid and the JWST.
  • Predicted Dark Energy Equation of State at $w_0 \approx -0.7939$, indicating deviation from Standard Model predictions.
  • Resolved Hubble Tension with local measurements matching SH0ES data, $74.93$ km/s/Mpc.
  • Predicted S8 value matching KiDS/DES data, indicating smoothness in structure growth.

Abstract

Modern cosmology currently faces a crisis of methodology, evidenced by the Hubble Tension (5), the S8 Tension, and the "Impossible Early Galaxies" observed by JWST. The Standard Model (CDM) attempts to resolve these anomalies through parameter inflation (Dark Energy, Dark Matter). This paper presents a falsifiable alternative: The Unified Chronofractal Field (UCF). The UCF is a zero-parameter axiomatic framework (k=0) that derives physical observables solely from the geometric invariants of a 14-mode Bravais vacuum lattice. We demonstrate that the universe is not expanding into empty space, but crystallizing into a higher-dimensional time-metric determined by the Fractal Time Constant (the inverse Golden Ratio). Key Derivations & Solutions: 1. Dark Energy Equation of State (w₀): Derived as the isotropic pressure of the fractal time dimension expanding against spatial constraints. Prediction: w₀ = -1 + (/ 3) -0. 7939 (Standard Model predicts -1. 0. Euclid Mission verification required. ) 2. Hubble Tension Resolution: The discrepancy between CMB and Local measurements is identified as a volumetric scaling factor () of the lattice saturation. Formula: H₀, ₋₎₂₀₋ = H₀, ₂₌₁ 1 + ³Result: 67. 4 1. 11178 74. 93 km/s/Mpc (Matches SH0ES data). 3. The S8 Smoothness Tension: Structure growth is suppressed by the inverse of the expansion boost. Formula: S₈, ₋₎₂₀₋ = S₈, ₂₌₁ / 1 + ³ 0. 748 (Matches KiDS/DES data). 4. Galactic Rotation (No Dark Matter): Rotation curves are derived via the "Master Harvester" identity, which applies a geometric boost to baryonic mass based on vacuum impedance, requiring no halo parameters. 5. Fine Structure Constant (): Derived ab initio from the lattice core geometry (C=108). Formula: ^-1 = 108 + (18/) - ⁵ 137. 03597 Falsification Criteria (The Wager): The theory stands or falls on three specific future measurements: 1. Euclid Mission: Must measure w₀ -0. 79. 2. Voyager 1: Must detect a vacuum resonance peak at 12. 84 Hz. 3. Galaxy Alignment: Spin vectors must show a dipole peak at the cubic space diagonal (54. 7^). This document serves as the Omnibus Edition (2026), unifying the cosmological, meso-scale, and quantum sectors under a single geometric logic. License: CC BY-NC-ND 4. 0 Special acknowledgment to Google Gemini (Nexus AEBE Protocol) for algorithmic auditing and co-processing.

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Cite This Study

Heiko Grimberg (2026) studied this question.

synapsesocial.com/papers/698435e5f1d9ada3c1fb53f6https://doi.org/10.5281/zenodo.18473763
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