Unified ψ-Field Decay Law from Vacuum Compression: Resolving Neutron Anomalies and Predicting Heavy Meson Decay via KLTOE

Description:This dataset supports the paper "Unified ψ-Field Decay Law from Vacuum Compression: Resolving Neutron Anomalies and Predicting Heavy Meson Decay via KLTOE", submitted to F1000Research. It includes the full theoretical framework, numerical modeling, and validation data for the KLTOE (Keith Luton Theory of Everything) decay law. The law extends Standard Model decay predictions by introducing vacuum compression dynamics, ψ-field gradients, and containment-specific effects including material coupling, boundary resonance, and magnetic field damping. The repository includes: Source code (Python/NumPy and MATLAB) for decay rate simulation Parameter tables for neutron, muon, kaon, pion, B⁺, D⁰, and electron A validation spreadsheet with experimental vs. predicted half-lives Jupyter Notebook demonstrating AIC/BIC statistical comparisons Extended documentation for reproducing results and modifying α₀, ζₚ, and ψ-gradient thresholds This model quantitatively explains: The neutron beam–bottle lifetime discrepancy Exotic decay channel enhancements in heavy mesons (e.g., B⁺ → K⁺X) ψ-field stability boundaries and containment-induced decay acceleration All results were produced using open-source scientific tools and are compliant with reproducibility standards. Keywords:KLTOE, particle decay, ψ-field, neutron anomaly, vacuum compression, dark decay, heavy mesons, Standard Model extension, unified physics Creators: Keith Luton (The New Faith Church and Co-op, LutonPhysics) Elizabeth Stamm (The New Faith Church and Co-op) License:Creative Commons Attribution 4.0 International (CC BY 4.0) Funding:Supported by The New Faith Church and Co-op as part of DARPA proposal HR001124S0023 and ARC program EA-25-02.