Falsifiable Annual Anomalies in Free Neutron Decay: A Predictional Protocol for UNIVERSMODEL v2.1

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Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-18
DOI
https://doi.org/10.5281/zenodo.22831093
Primary Topic
Atomic and Subatomic Physics Research
Type
preprint
Controls
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preprint

Falsifiable Annual Anomalies in Free Neutron Decay: A Predictional Protocol for UNIVERSMODEL v2.1

Ole Ronny Kvestad
Zenodo (CERN European Organization for Nuclear Research)
Atomic and Subatomic Physics Research
preprint

Falsifiable Annual Anomalies in Free Neutron Decay: A Predictional Protocol for UNIVERSMODEL v2.1

Ole Ronny Kvestad
preprint en

Abstract

The persistent discrepancy between the "bottle" (~878 s) and "beam" (~888 s) methods of measuring the free neutron lifetime—known as the Neutron Lifetime Puzzle—remains one of the most resilient anomalies in contemporary nuclear physics. Standard quantum field theory and general relativity treat particle decay constraints as isotropic and independent of macro-orbital positions. This paper presents a concrete, falsifiable alternative framework derived from the hydrostatic space-grid coupling equations of UNIVERSMODEL v2.1. Operating under a sterile, mechanical cosmic framework, the model defines vacuum space as a mass-less crystalline superfluid under a universal base pressure P₀ = 8.73 × 10²⁹ N/m². Major mass structures act as 3D coordinate sinks, drawing the medium inward. Consequently, Earth’s eccentric orbit around the Sun induces a cyclical annual "breathing" of the local gitter-impedance variant ($\alpha_{\text{eff}}$). While traditional electromagnetic measuring systems (such as Cesium-fountain atomic clocks) scale synchronously via poloidal EM torsion (κ), the topological 4D porosity membrane regulating neutron stability yields a distinct asymmetric response. We predict a clean, macroscopically measurable 1.22-second sinusoidal variation in free neutron lifetime across a 365-day phase: reaching a minimum of 878.39 seconds at (early January) under maximum solar grid compression, and peaking at 879.61 seconds at (early July) during grid relaxation. Given that modern ultra-cold neutron (UCN) traps operate with an uncertainty floor of ±0.06 s, this predicted delta stands well above the detection threshold. This document outlines the rigorous mathematical parameters of the prediction, evaluates the non-cancellation mechanics of laboratory instrumentation, and proposes specific experimental shielding criteria to isolate this mechanical signature from local environmental noise. 3. Overview of the Technical Documentation Section Target Objective Core Theoretical Entity I. Introduction Introduces the mechanical framework of the cosmic urverket as a replacement for curved spacetime. Crystalline Superfluid Medium II. Mathematical Framework Establishes how local pressure fields govern the inner gear-velocity ($v_{\text{gear}}$) of stable 3D nodes. Axiom 12 Phase Equation III. Annual Orbital Projections Delivers the absolute quantitative decay values for the January and July orbital extremes. $\Delta t_{\text{annual}} = 1.22\text{ s}$ Variance IV. Non-Cancellation Mechanics Proves why asymmetric scaling between EM torsion (κ) and 4D membrane porosity prevents laboratory clock masking. Asymmetric Instrument Readout V. Experimental Controls Details engineering mandates for cryogenic stabilization, active muon counting, and super-conducting geomagnetic shielding. Environmental Noise Isolation

Zenodo (CERN European Organization for Nuclear Research)
Life in Land
Atomic and Subatomic Physics Research
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