EqX UNIFIED SPECTRUM ARCHITECTURE: MACRO-SCALAR COSMOLOGICAL EQUILIBRIUM & DUAL EMPIRICAL VERIFICATION
EqX Unified Spectrum ArchitectureMacro-Scalar Cosmological Equilibrium & Continuous Field Dynamics The classical mysteries that have perplexed the global physics and astronomy communities for decades—namely, galactic rotation anomalies and light deflection around galaxy clusters—find a powerful new resolution through this research. This work presents a landmark discovery linking micro-scale quantum field mechanics with macro-scale cosmological dynamics via the paradigm of "Continuous Dynamic Phase Superposition." The EqX architecture conclusively demonstrates that these phenomena are natural consequences of scalar field dynamic gradients and self-balancing Virtual Potential Barriers (VPBs). A key highlight of this framework is its ability to predict outcomes that accurately align with real observational data from the JWST/Hubble space telescopes (Abell 370 galaxy cluster) and the SPARC database (NGC 3198 spiral galaxy), entirely without invoking the hypothesis of "Dark Matter." Furthermore, mathematical precision is rigorously proven through a Grid Convergence Stress Study at a maximum resolution of 921,600 nodes (with error margins dropping to a mere ±0.12%). Declaration of Rights and Strict Intellectual Property Protection: This document is established under a Defensive Prior Art strategy to declare primary inventorship and build an international shield against Patent Squatting. It enforces strict intellectual property safeguards by reserving and isolating all mathematical transformation matrices, tensor solver operators, and simulation source codes as "Top-Tier Trade Secrets" within a fully encrypted Black-Box system. Third parties are strictly prohibited from modifying, re-labeling, or engaging in engineering derivative development to circumvent legal restrictions.
Authors
- Bhattharawut Bhoomarat
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-11-08
- DOI
- https://doi.org/10.5281/zenodo.24048451
- Primary Topic
- Cosmology and Gravitation Theories
- Type
- article
- Field-Weighted Citation Impact
- 0.00