Decoupling Universal Mechanical Age from Causal Horizons: A Deterministic Resolution to JWST Timeline Paradoxes
Abstract
Title: Decoupling Mechanical Evolution from Causal Propagation in a Relaxing Higgs Superfluid: Resolving JWST Timeline Anomalies (Research Draft & Observational Roadmap)
Abstract:
This research draft compiles the theoretical foundations of the dual-clock cosmological framework within the Saket Law. By modeling the cosmic vacuum as a density-responsive Higgs superfluid that relaxes during universal expansion, the framework induces a natural decoupling between causal time (tcaus) and mechanical time (tmech). This document outlines the core architecture—including vacuum impedance, effective mass scaling, and magnified primordial effective masses—and applies it to high-redshift galaxy maturity (z ≈ 10) and the Methuselah star paradox (z ≈ 11). Finally, it establishes a novel, testable observational roadmap proposing real-time weekly imaging over a two-year baseline to capture compressed mechanical stellar evolution in high-redshift galaxies as definitive empirical proof of decoupled cosmic time scales.
Keywords: Cosmology, JWST timeline anomalies, Higgs superfluid, vacuum relaxation, dual-clock architecture, high-redshift galaxies, cosmological time dilation, Saket Law.
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BibTeX
@misc{saket2026decoupling,
title = {{Decoupling Universal Mechanical Age from Causal Horizons: A Deterministic Resolution to JWST Timeline Paradoxes}},
author = {Pandey Saket K.},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23431314},
url = {https://zenodo.org/records/23431314},
note = {CC BY 4.0},
}
RIS
TY - UNPB
TI - Decoupling Universal Mechanical Age from Causal Horizons: A Deterministic Resolution to JWST Timeline Paradoxes
AU - Pandey Saket K.
PY - 2026
DA - 2026/10/17
PB - Zenodo
DO - 10.5281/zenodo.23431314
UR - https://zenodo.org/records/23431314
AB - Title: Decoupling Mechanical Evolution from Causal Propagation in a Relaxing Higgs Superfluid: Resolving JWST Timeline Anomalies (Research Draft & Observational Roadmap) Abstract: This research draft compiles the theoretical foundations of the dual-clock cosmological framework within the Saket Law. By modeling the cosmic vacuum as a density-responsive Higgs superfluid that relaxes during universal expansion, the framework induces a natural decoupling between causal time (t_caus) and mechanical time (t_mech). This document outlines the core architecture—including vacuum impedance, effective mass scaling, and magnified primordial effective masses—and applies it to high-redshift galaxy maturity (z ≈ 10) and the Methuselah star paradox (z ≈ 11). Finally, it establishes a novel, testable observational roadmap proposing real-time weekly imaging over a two-year baseline to capture compressed mechanical stellar evolution in high-redshift galaxies as definitive empirical proof of decoupled cosmic time scales. Keywords: Cosmology, JWST timeline anomalies, Higgs superfluid, vacuum relaxation, dual-clock architecture, high-redshift galaxies, cosmological time dilation, Saket Law.
ER -