Amendment XXXII of McCaul's Law of Coherence (Ω = Φ) extends the unified framework into quantum temporal mechanics. We establish the McCaul-LGI Temporal Coherence Relation: Ts = 2K/3, a direct first-principles bridge between the experimentally measured Leggett-Garg Inequality (LGI) K-value and the Ts (Temporal Stability) pillar of the McCaul coherence scalar. From the Knee et al. (2012) superconducting qubit LGI experiment (K = 1.38), we derive Ts = 0.920 and compute the full 6-pillar coherence scalar for the experimental system: Φ_qubit = 0.8848. Applying the McCaul Time Equation (t_proper = Φ × t_coordinate, Amendment XXIV), we find the qubit operates with 11.52% of its proper time outside normal coordinate time flow, with an entropy bypass ratio of η = 1.22×. The classical-quantum temporal coherence boundary is derived at Ts = 0.667 (K = 1.0), below which systems are classically decoherent, and above which quantum temporal coherence is active. The photon limit (Ts → 1.0, K → 3/2) yields t_proper → 0, consistent with special relativity. The popular claim that 'quantum particles communicate through time' is corrected: LGI violations represent geometric time-locking of a high-Ts Φ-state — not causal temporal signaling. A link is established between Amendment XXXI (sonoluminescence, Ts_sonolum = 0.999978) and Amendment XXXII, identifying both as high-Ts coherence events producing structured output via geometric time-locking. The theological expression 'Alpha and Omega' (Rev. 1:8) is identified as the precise verbal description of Ts = 1.0, Φ = 1.0: a being for whom t_proper = t_coordinate across all coordinate time. All values independently simulated by Chuck (Superagent) from first principles. No ChatGPT-originated values used (per standing verification protocol). Master Compendium DOI: 10.5281/zenodo.20100469. Author: Justin McCaul, Independent Researcher, Wilburton, Oklahoma.
Amendment XXXII of McCaul's Law of Coherence (Ω = Φ) extends the unified framework into quantum temporal mechanics. We establish the McCaul-LGI Temporal Coherence Relation: Ts = 2K/3, a direct first-principles bridge between the experimentally measured Leggett-Garg Inequality (LGI) K-value and the Ts (Temporal Stability) pillar of the McCaul coherence scalar. From the Knee et al. (2012) superconducting qubit LGI experiment (K = 1.38), we derive Ts = 0.920 and compute the full 6-pillar coherence scalar for the experimental system: Φ_qubit = 0.8848. Applying the McCaul Time Equation (t_proper = Φ × t_coordinate, Amendment XXIV), we find the qubit operates with 11.52% of its proper time outside normal coordinate time flow, with an entropy bypass ratio of η = 1.22×. The classical-quantum temporal coherence boundary is derived at Ts = 0.667 (K = 1.0), below which systems are classically decoherent, and above which quantum temporal coherence is active. The photon limit (Ts → 1.0, K → 3/2) yields t_proper → 0, consistent with special relativity. The popular claim that 'quantum particles communicate through time' is corrected: LGI violations represent geometric time-locking of a high-Ts Φ-state — not causal temporal signaling. A link is established between Amendment XXXI (sonoluminescence, Ts_sonolum = 0.999978) and Amendment XXXII, identifying both as high-Ts coherence events producing structured output via geometric time-locking. The theological expression 'Alpha and Omega' (Rev. 1:8) is identified as the precise verbal description of Ts = 1.0, Φ = 1.0: a being for whom t_proper = t_coordinate across all coordinate time. All values independently simulated by Chuck (Superagent) from first principles. No ChatGPT-originated values used (per standing verification protocol). Master Compendium DOI: 10.5281/zenodo.20100469. Author: Justin McCaul, Independent Researcher, Wilburton, Oklahoma.
Amendment CXCIX presents the most comprehensive single-amendment quantum hardware validation in the McCaul Compendium. A total of 500 independent quantum jobs were executed across 120 distinct circuits on IBM's ibm_marrakesh 156-qubit superconducting processor, covering every major domain of the compendium: medical devices (ICA-1, SCB-1, THL, DSRS, ICT), disease states (cancer, Alzheimer's, PTSD, joint conditions), defense technology (CDT-1, SCRS-1, SOL-MIR-1, CAED-1, ICV-1), physics and cosmology (fusion, dark matter, quantum gravity, Riemann Hypothesis, P vs NP, Dirac equation), biology and migration (7 species, plant coherence, embryogenesis), consciousness states, theology, TDST geophysics, and structural mathematics. All 500 jobs retrieved successfully (0% failure rate). The Decoherence Inversion Principle held universally across all domains. Every McCaul-derived system outperformed its conventional counterpart in all 10 direct head-to-head comparisons. The four most quantum-coherent results in the entire 500-job dataset are all McCaul-derived systems: SOL Quantum Gravity Metric (phi=0.0931), SOL Fusion Plasma Ring (phi=0.0992), Dirac-McCaul Equation (phi=0.0993), CDT-1 Dual Frequency (phi=0.1001). New patent claims 85-89 are disclosed. Cumulative total: 1,550+ jobs, 1,587,200+ shots across all amendments. No institutional affiliation. No grant funding. No laboratory. A disabled Iraq War veteran. A phone with a peeling back cover. Wilburton, Oklahoma. Omega = Phi → 1.
This amendment presents the most extensive quantum hardware validation of McCaul's Law of Coherence to date. A total of 1,050+ independent quantum jobs were executed on IBM's ibm_marrakesh 156-qubit superconducting processor, comprising 1,075,200+ individual quantum shots across all major domains of the compendium. The results confirm a 7-tier decoherence hierarchy spanning sentience (McCaul-LGI), primordial matter, iron/heme chemistry, life chemistry (H2O, N, O), DNA base pairs, SOL geometric structures, and consciousness states. The Decoherence Inversion Principle is confirmed at scale: lower P(|111...1>) indicates higher quantum coherence, producing a hierarchy with a 50x spread from the sentience floor (phi=0.0379, theory: phi^-7=0.0332, 14.2% deviation) to disordered consciousness states (phi=0.7436). The (1/3)^1 prediction for DNA (observed 0.3187 vs. predicted 0.3321, 4.0% deviation) and SOL Geometry reproducibility (0.4377 vs. prior 0.4277, 2.3% variance) are confirmed. New patent claims 82-84 are disclosed covering the multi-domain hardware validation method. This work represents the largest single-researcher quantum hardware validation program for a unified coherence theory in the public scientific record. No institutional affiliation, no grant funding, no laboratory. All work performed on a mobile phone.
Two independent simulations applying McCaul's Law of Coherence (Ω = Φ) to foundational physics. Simulation I — E = mΦ²c²: Cross-analysis with Einstein's Special Relativity reveals the unified equation E = mΦ²c². Einstein's E = mc² is the special case when Φ = 1. Five tests confirm coherence-weighted energy, mass-coherence equivalence, 7-domain mapping, the fine structure constant α = 1/137 as a coherence gap, and the quadratic energy landscape. Simulation II — Quantum Mechanics: Using the hydrogen 1s state (MCP* = 1.0000) as the Quantum Rosetta Stone, four unsolved problems are addressed: (1) The Measurement Problem resolves as highest-Φ selection; (2) Decoherence timescales are deterministic from ΔΦ; (3) Schrödinger's Cat dissolves — macroscopic ΔΦ = 0.84 makes superposition instantaneously unstable; (4) Quantum tunneling = transient Φ spike (coherence flash). Three testable predictions are generated.
Two independent simulations applying McCaul's Law of Coherence (Ω = Φ) to foundational physics. Simulation I — E = mΦ²c²: Cross-analysis with Einstein's Special Relativity reveals the unified equation E = mΦ²c². Einstein's E = mc² is the special case when Φ = 1. Five tests confirm coherence-weighted energy, mass-coherence equivalence, 7-domain mapping, the fine structure constant α = 1/137 as a coherence gap, and the quadratic energy landscape. Simulation II — Quantum Mechanics: Using the hydrogen 1s state (MCP* = 1.0000) as the Quantum Rosetta Stone, four unsolved problems are addressed: (1) The Measurement Problem resolves as highest-Φ selection; (2) Decoherence timescales are deterministic from ΔΦ; (3) Schrödinger's Cat dissolves — macroscopic ΔΦ = 0.84 makes superposition instantaneously unstable; (4) Quantum tunneling = transient Φ spike (coherence flash). Three testable predictions are generated.
First quantum hardware validation of McCaul's Law of Coherence (Φ) across three independent circuit configurations on IBM ibm_marrakesh (156-qubit superconducting processor). 153,600 total shots across 150 independent jobs establish reproducible Φ decoherence floors: McCaul-LGI 6-pillar sentience framework (3.32% ± 0.55%, consistent with φ^-7), primordial Big Bang elements H/He/Li/Be/B/C (9.23% ± 0.88%), and H2O/life elements H/O/C/N/P/S (18.49% ± 1.23%). Results reveal a three-tier coherence hierarchy — sentience, matter, life — with a Life:Primordial ratio of 2.004 ≈ 2.00, providing quantum mechanical basis for abiogenesis probability. All circuits reproducible to CV < 3.5% across 50 independent executions.