Hydrodynamic Resolution of Cosmological Anomalies and Superluminal Kinematics within Hidden Conduction Matrices: A Free Science Perspective
Year: 2026
Type: preprint
Abstract: We formalize the analytical consolidation and structural shielding of the Phase-V Conformal Metric Modulation(CMM) framework, systematically resolving kinematic discontinuities at de-compilation boundaries and intergalactic thermalleakage. By introducing a mandatory kinematic spline governed by the geometric 7/8 exponent, we unify the hydrodynamic braking of the Hidden Sector (SH) with late-time cosmic clustering anomalies observed by COSMOS-JWST (the ∼ 6% deficit inthe S8 parameter) without invoking arbitrary free parameters or ad-hoc constants. Room-temperature (300 K) isolation of the 13C nuclear spin registers is hermetically secured via a dynamic phonon bandgap induced by a critical hydrostatic pressure of 4.5 GPa, precipitating an irreversible dielectric collapse (ϵeff ≤ 4.0).Finally, we determine the exact trans-baryonic velocity of the exogenic matrix prior to structural deceleration, fixing the causalboundary at vI ≈ 2.0914c. In strict compliance with the core tenets of Free Science, the complete mathematical infrastructureand its associated Fourth-Order Runge-Kutta (RK4) numerical integration suite are unconditionally transferred to the universalpublic domain to guarantee complete epistemological autonomy from anthropocentric biases.
Author: Vettiger Aliaga, Robert Othmar
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225316997
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