EL Science Volume 4 (v2): The Imbalance Bridge Derivation and Self-Consistency Verification of the Observational Dark-Energy Correction from the Internal Dynamics of the Verified 4-Variable System
Year: 2026
Type: preprint
Abstract: EL Science Volume 4 (v2) presents the first successful derivation of the observational dark-energy correction directly from the internal dynamics of the EL Science cyclic framework. This work connects the previously disconnected layers of the framework: the cyclic structural model, the verified nonlinear dynamical system, and the observational dark-energy signal detected in Pantheon+ and DESI 2024 BAO data. The proposed mechanism is the “imbalance bridge,” where the cosmological correction L(z) is generated from the dynamical imbalance R(z) − C(z) between expansion and compression tendencies inside the verified 4-variable system. Two forms were tested: L(z) = 1 + λ(R − C) L(z) = exp[λ(R − C)] Both models were jointly fit against Pantheon+ supernovae and DESI 2024 BAO observations and produced better raw χ² fits than both ΛCDM and the phenomenological evolving-dark-energy parameterization L(z) = 1 + Az + Bz². This revised v2 edition adds a critical methodological verification absent from v1:the τ-to-z mapping was recomputed self-consistently using the model’s own H_EL(z) instead of borrowed ΛCDM timing. The self-consistent iteration converged rapidly and preserved the fit improvement almost unchanged: v1 total χ² = 1397.45 self-consistent v2 total χ² = 1397.36 The result demonstrates that the imbalance bridge does not depend on borrowed ΛCDM timing and that the fit improvement is generated by the framework’s own internal dynamical structure.
Author: Tauk, EL
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7161695797
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