RTRT V3. 0 — Publication Index Author: Garret R. J. Krampe | GRE Foundry, Daram Island, Samar, PhilippinesLicense: CC BY-NC-ND 4. 0Zenodo DOI: 10. 5281/zenodo. 17431815Compiled: 2026-06-09 PHT Precision Summary Quantity σ from measurement Free params Notes alpha-1 = 137. 0359991775901 0. 00σ 0 16 SF, CODATA 2022 R (D) B-meson anomaly 0. 13σ 0 HFLAV 2024 R (D*) B-meson anomaly 0. 02σ 0 HFLAV 2024 Schwinger ae (1-loop) 0σ (exact) 0 Algebraic identity 13 SM charges (B7A4) 0σ (exact) 0 Integer ratios from dL 11 particle masses systematic < 100 ppm 1 (me) Gap identified, OPEN ER Rydberg = ETITO × α2 13 SF to CODATA 0 Downstream of locked inputs 29 observables from 2, 3, 4, 5, 7 + one anchor (me). 18 zero-parameter values within 0. 13σ or EXACT. I. Framework Overview Framework Scope and Depth LOCKEDComplete framework summary: 11 PDs, 5 primitives, scope across QM/SR/GR/cosmology/particle physics/device physics. Foundational Axioms and Prime DirectivesTwo 1983/1985 founding axioms (S4), 11 Prime Directives, gate primitives 2, 3, 4, 5, 7. Fundamental Constants from Primitives LOCKEDAlpha (16 SF), G (three routes 13/6/9 SF), ETITO, fTITO, Rydberg. Zero free parameters. II. Atomic and Particle Structure Toroid Bag Model of the Atom LOCKEDBag-of-toroids architecture, TITO closure, binding modes. Four Forces from Toroid Surface Geometry LOCKEDRX = 1/XX force hierarchy. EM 1/256, strong 1/27, spatial 1/3125, weak 1/823543. Force Hierarchy and RX Route Escape LOCKED Proton Mass from Six Integer Chains + Strange Baryon Extension LOCKEDSix convergent chains for nₚ=3672. Strange operator Sₛ=965, all 7 strange baryons < 0. 0075%. Krampe Periodic Particle Map LOCKED Krampe Periodic Particle Map (Interactive) HTML Nuclear Stability and Decay Formula LOCKED Eight-Level Domain Cascade Architecture LOCKED Domain Cascade (Interactive) HTML Higgs Mass from RGB Closure Surface-Cell Theorem LOCKED III. Quantum Mechanics QM Foundations: Seven Results from Discrete Substrate LOCKEDBorn rule, spin-statistics, Pauli, Bell, Heisenberg, wavefunction as Nyquist projection, Dirac. Schrödinger structurally forced by BM universality. Nyquist Sampling as SR/QM Foundation IKEN Atomic Structure and Spectral Ladder LOCKEDIKEN/KEN ladder, electron floor 193 (S4), Rydberg bridge, Mills empirical correlation. IV. Special and General Relativity Complete SR and GR from Discrete Substrate LOCKEDFull SR + GR. Lorentz from 3-4-5. Riemann as holonomy. Bianchi as PD11. Mercury, lensing, Shapiro, Kerr. Gravity Sector Derivation V. Mathematical Foundations Pure Mathematics of 2, 3, 4, 5, 7 LOCKED Feynman Propagator as Route Amplitude LOCKED Alpha Inverse Five-Term Series (16 SF) LOCKED Planck Constant Derivation Digital Pi from TITO Toroid Geometry Riemann Hypothesis and Nyquist Sampling Navier-Stokes Regularity under PD4 Yang-Mills Mass Gap Yang-Mills and Clay Prize VI. Predictions and Experimental Tests CERN and ATOMKI Testable Predictions LOCKED12 specific predictions: B-anomaly, X17/Paks, particle spectrum, falsification targets. B Meson Anomaly: R (D) and R (D*) Prediction LOCKEDR (D) within 0. 13σ of HFLAV. R (D*) within 0. 02σ. Zero free parameters. Projection Interface Theorem LOCKED Build and Test: Experimental Verification Pathways30 predictions, 6 test programmes, falsification conditions. VII. Nuclear Physics and Beta Decay Beta Decay Three-Layer Separation LOCKEDSPAN=5 topology, RGB×ETITO energy, δₙ−δₚ exact identity. X17 Boson Surface Topology Neutrino Physics: RGB Probe Unified Neutrino Sector Overview VIII. IKEN Compression and Zero-Point Energy Two Zero-Point Energy Mechanisms SCIKEN compression (fuel/heat/EUV) vs Buhler time dipole (extraction/thrust). Conservation as visibility artifact. IX. Device Physics and Propulsion Four-Mode Buhler Propulsion and Device Construction LOCKEDFour R-gradient modes, Mg/Pc/Bi laminate, ~40K fab path, KMAT₂ test protocol. Entropy Gradient Propulsion Electromagnetic Route Commit Architecture Light-Tick Handoff and Photon Transport X. Cosmology and Dark Matter Cosmology: Big Bang, DM Cascade, Solar Model Kₒn2401 Dark Matter Candidate Birkeland Currents and LEAP Manifolds XI. Applications PFAS Destruction Research Proposal Battery Surface Chemistry Carbon Sink Remediation Quantum Field Route Mapping in Biology SETI and FTL Communications XII. Causality and Time Causality: Gödel, CTC Closure, Chronological Justice LOCKED Time Storms and Mandela Effect XIII. Framework Comparison Physics of the Unified Model Comparison RTRT vs Mainstream Physics RTRT vs Precision Metrology Framework Comparison: CST, QCA, CAI, Constructor XIV. BHS Crossing and FTL Physics Ball Lightning and Dark Matter Crossing Events Ball Lightning as BHS Crossing Event (Detailed) Causal Jitter and RPS Re-Rendering FTL Propagation and Mach Cone Predictions XV. Computational Architecture GAC Unified Solver: QFA as CFD/FEA/Thermo Substrate GRE-Agnostic-Compute: MREP 748-bit Integer Arithmetic SICOPS Hardware Architecture NDIM Solver and Lattice Data Code Repository and Tools XVI. Hardware Engineering FTL Communications Hardware Specification GaN Diode Drive / SSRPD Enhancement XVII. Mathematics and Code IKEN k=193 Floor Computation (Python). py XVIII. Applied Technology GRE Foundry Inventions Register XIX. Reference V3. 0 Glossary and Reference HTML Prime Directive and Framework Method Reference Open Derivation Targets Item Status Papers Nucleon mass gap (sub-percent residual: δp=78 keV, δn=94 keV) OPEN — highest leverage Mass Integer Closure, Beta Decay Three Layer, Krampe Map Routing evolution law OPEN Same priority class S → nᵢken quantitative map CD (direction only) IKEN Atomic FLRW H² ~ ρ value CD (direction only) Cosmology Letters TBD (Outreach) Recipient Subject ATOMKI / Krasznahorkay X17 correlation with Paks reactor logs CERN / LHCb / Belle II B-meson R (D) /R (D*) zero-parameter prediction Sabine Hossenfelder QM interpretation — wavefunction as Nyquist projection D'Ariano / Perinotti (QCA) Same discrete philosophy, complementary results Sorkin / Dowker (CST) Same discreteness, independent Lorentz confirmation 't Hooft (CAI) Same determinism, PD11 resolves information loss Exodus / Buhler Four-mode physics, KMAT₂ test protocol © 2026 Garret R. J. Krampe, GRE Foundry | CC BY-NC-ND 4. 0 | PO Box 24, Tacloban City, 6500 Leyte, Philippines
Garret R J Krampe (Sun,) studied this question.