Climate & Environmentpreprint2026-09-15

UNIVERSMODEL Protocol v2.1 ('The Mechanical Clockwork')

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Abstract

This paper presents UNIVERSMODEL v2.1 ("The Mechanical Clockwork"), a novel, non-singular, alternative cosmological framework that models the universe as a closed, sterile, and purely mechanical fluid-dynamic system. Reversing the conventional paradigm where matter is an entity superimposed onto space, we introduce the foundational intuition that stable material particles are localized 3D coordinate sinks—structural absences of space—within a continuous, chiral, crystalline superfluid background medium governed by a universal hydrostatic base pressure (P₀ = 8.73 × 10²⁹ N/m²). Through the Unified Master Field Equation v2.1, this framework systematically eliminates unphysical mathematical abstractions (such as infinite singularities and the vacuum catastrophe) by enforcing an absolute fluid incompressibility threshold (\(P_{\max} = 1,64 \times 10^{34} \text{ N/m}^2\)). We introduce three critical sub-axioms that render the framework mathematically and topologically robust against conventional academic critiques: Sub-Axiom 1b (The Cosmic Entropy Filter): Reclassifies entropy as turbulent micro-cavitation noise, which is mechanically crushed, re-laminated, and reset within high-pressure return valves. Sub-Axiom 9b (Grid Impedance Variant): Preserves the fine-structure constant (α) as a rigid packing invariant, deriving high-energy running coupling effects as localized grid deformations (\(\alpha _{\text{eff}}\)). Sub-Axiom 11b (The 1D Hyper-Dimensional Bridge): Demonstrates that the three orthogonal 3D spatial axes converge at particle cores into an incompressible 1D channel connecting to a underlying 4D hyper-torus, thereby deriving quantum non-locality (entanglement) as an instantaneous hydraulic shock wave. Finally, this framework resolves longstanding astrophysical anomalies by reclassifying "Supermassive Black Holes" at galactic centers as Galactic Fountains (White Holes). We detail the hydromechanical mechanics of the central galactic maelstrom, showing how extreme velocity shear mechanically unrolls and dissolves complex incoming 3D knots on the 3D plane, recycling them alongside upwelling 4D media to birth fresh hydrogen, driving the galactic disk and a linear cosmic expansion without material dilution.

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View paper (DOI)Open access versionOpenAlexZenodo (CERN European Organization for Nuclear Research)Published 2026-09-15

Authors: Ole Ronny Kvestad