Part 20_Hong's Phase-Open Dynamics Structural Derivation of Fundamental Constants in the SRCD JS–SH Framework

📘 Zenodo Description Hong’s Phase-Open Dynamics:Structural Derivation of Fundamental Constants in the SRCD / JS–SH Framework This work presents a generator-driven structural derivation of selected fundamental physical constants within a discrete phase hierarchy framework referred to as Hong’s Phase-Open Dynamics (SRCD / JS–SH framework). The construction is based on a single minimal geometric invariant: Δϕmin⁡=π3,Δφₘᵢₙ = π/3,Δϕmin=3π, interpreted as the smallest non-removable phase frustration under anti-phase adjacency on a closed triangular cycle. All quantities are first processed as dimensionless ratios.Physical constants then emerge through shell-resolved structural composition without the introduction of continuous fitting parameters. Core Results Simultaneous calibration coreA closed three-equation system yields exact structural closure forccc, ℏℏ, and GGG,with zero internal residual. Fine-structure sector (Shell-5)The electromagnetic coupling arises from a quartic residual structure,requiring a quantized lock factor Flock=5π(1−1180).Flock = 5π(1-1/180).Flock=5π(1−1801). The remaining deviation is interpreted as a discrete geometric subdivisionπ/36π/36π/36, rather than empirical tuning. Thermodynamic normalization (Shell-2)A minimal phase fraction ηS2=Δϕmin⁡2π=16ηS2 = {Δφₘᵢₙ}{2π} = 1/6ηS2=2πΔϕmin=61 determines structural onset behavior.The physical Boltzmann constant remains definition-fixed under SI. Generator-determined momentum scale Λ=ℏa,EΛ≈1.18×1023 eV.Λ = /a, E_Λ ≈ 1.18×10²³\,eV.Λ=aℏ,EΛ≈1.18×1023eV. This scale provides a quantitative falsification threshold for quartic corrections. Methodological Principles Dimensionless-first processing No empirical parameter fitting Shell-resolved hierarchy Structural black-box verification of the calibration core All derivations are analytic and reproducible.A minimal verification script is included in the Appendix. Scope This manuscript establishes internal structural closure up to Shell-5 within the SRCD hierarchy.Higher-shell completion and generalized uniqueness proofs remain subjects of future work.