Parameter-Free Derivation of the Electroweak Mass Hierarchy, the Koide-Brannen Charged Lepton Ladder (e, mu, tau), Fine-Structure Gravitational Metrology, and the Complete PMNS Neutrino Spectrum (K-PROTOCOL Series 00-D / Core Monograph IV Complete 3-

This repository presents the complete 3-volume suite of K-PROTOCOL Series 00-D (Core Monograph IV, Companion Guide IV, and Conjectural Supplement IV), establishing a parameter-free operator derivation of the Standard Model lepton spectrum, fine-structure gravitational flux metrology, and static electroweak/quark projections on the truncated harmonic Hilbert space l^2(N >= 2). 1. Core Monograph IV (00-D_Core_Monograph_IV_Lepton_Mass_Ladder_and_PMNS_Spectrum.pdf):Starting from the shifted harmonic lattice measure w(k) = 4 / [(k-1)k(k+1)] (k >= 2) and its radial self-energy operator [W_w]_{kk} = w(k)^2 / (4k) = 4 / [(k-1)^2 k^3 (k+1)^2], we prove via an exact polynomial partial-fraction identity that all quadratic zeta(2) divergences cancel by Step-2 telescopic pairing. This locks the operator trace identically to the Apery diagonal vacuum condensate Tr(W_w) = 4*zeta(3) - 19/4 = Z_diag = 0.0582276126, with an exact 24:1 infrared {2,3} doublet hierarchy, capture fraction eta_{2,3} = 25 / (432*Z_diag) = 99.3865%, and residual tail condensate Z_tail = Z_diag - 25/432 = 0.0003572423. Evaluated at the quadrupole-free reference origin I_0 (cos^2(phi_0) = w(2) = 2/3, sin^2(phi_0) = 1/3), the Master Vacuum Transfer Operator U_vac fixes all lepton and metrological observables across three locked stages with zero adjustable parameters:- Stage I (Planck-Electron Hierarchy & Koide-Brannen Charged Lepton Ladder): Locks the 1-loop dressed Euclidean throat action S_eff = 16*pi - ln(2) + (1/sqrt(3))*(alpha/pi) = 49.573676 (0.24 ppm in action; 12 ppm in linear mass ratio), the exact 6-mode barrier Pi_6 = (2^14 * 3^9 * 5^4)^(-1), the exact Koide invariant Q_Koide = w(2) = 2/3 (via r_{I_0} = cot(phi_0) = sqrt(2)), and the 2-loop dressed Brannen phase delta_lep = 2/9 + (1 - |gamma_vac|)*(alpha/pi)^2 = 0.22222664 rad, yielding m_mu/m_e = 206.768104 (0.87 ppm) and m_tau = 1776.9292 MeV (0.57 sigma).- Stage II (Fine-Structure Constant Gravitational Metrology): Resolves the 5.4-sigma discrepancy among LKB Paris (87Rb), Harvard (g_e - 2), and UC Berkeley (133Cs) onto a single invariant baseline alpha_{I_0}^(-1) = 137.035998944(9) (0.07-sigma RMS residual).- Stage III (Chiral Neutrino Projection & Complete PMNS Spectrum): Eliminates right-handed sterile neutrinos (Omega_odd = 1/4, m_{beta,beta} = 0) and locks all four PMNS mixing parameters (sin^2(theta_13) = 0.022046, sin^2(theta_23) = 0.545435, sin^2(theta_12) = 0.302901, delta_CP = 190.48 deg) alongside the normal-ordered neutrino mass spectrum (m_1, m_2, m_3) = (0.674, 8.627, 50.411) meV, kinematic beta-decay endpoint mass m_beta = 8.8534 meV, and cosmological sum Sigma m_nu = 59.712 meV. Includes a self-contained, zero-branching Python verification suite. 2. Companion Guide IV (00-D_Companion_Guide_IV_Intuitive_Lepton_Geometry_and_Metrology.pdf):Translates the formal operator proofs of Core Monograph IV into five intuitive geometric mental models (the Two-Step Noise-Canceling Filter, the 2/3 Living Room + 1/3 Pillar Compass, the 3-Cylinder Rotary Engine, the Tilted Terrestrial Scale, and the Dual Parity Mirror), tentative experimental notes for ongoing precision searches, and a 3-minute pocket-calculator walkthrough. 3. Conjectural Supplement IV (00-D_Conjectural_Supplement_IV_Boson_and_Quark_Projections.pdf):Records self-consistent static algebraic projections extending the same five lattice invariants to the electroweak boson sector (v_lat = 246.274 GeV, sin^2(theta_W) = 0.231232, m_W = 80.384 GeV, m_Z = 91.192 GeV, m_H = 125.288 GeV) and the six-quark CKM mass and mixing spectrum prior to renormalization group running, with zero hardcoded boson or quark mass inputs.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-03
DOI
https://doi.org/10.5281/zenodo.23911703
Primary Topic
Particle physics theoretical and experimental studies
Type
preprint
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
preprint

Parameter-Free Derivation of the Electroweak Mass Hierarchy, the Koide-Brannen Charged Lepton Ladder (e, mu, tau), Fine-Structure Gravitational Metrology, and the Complete PMNS Neutrino Spectrum (K-PROTOCOL Series 00-D / Core Monograph IV Complete 3-

A Citizen of the Republic of Korea
Zenodo (CERN European Organization for Nuclear Research)
Particle physics theoretical and experimental studies
preprint

Parameter-Free Derivation of the Electroweak Mass Hierarchy, the Koide-Brannen Charged Lepton Ladder (e, mu, tau), Fine-Structure Gravitational Metrology, and the Complete PMNS Neutrino Spectrum (K-PROTOCOL Series 00-D / Core Monograph IV Complete 3-

A Citizen of the Republic of Korea
preprint en

Abstract

This repository presents the complete 3-volume suite of K-PROTOCOL Series 00-D (Core Monograph IV, Companion Guide IV, and Conjectural Supplement IV), establishing a parameter-free operator derivation of the Standard Model lepton spectrum, fine-structure gravitational flux metrology, and static electroweak/quark projections on the truncated harmonic Hilbert space l^2(N >= 2). 1. Core Monograph IV (00-D_Core_Monograph_IV_Lepton_Mass_Ladder_and_PMNS_Spectrum.pdf):Starting from the shifted harmonic lattice measure w(k) = 4 / [(k-1)k(k+1)] (k >= 2) and its radial self-energy operator [W_w]_{kk} = w(k)^2 / (4k) = 4 / [(k-1)^2 k^3 (k+1)^2], we prove via an exact polynomial partial-fraction identity that all quadratic zeta(2) divergences cancel by Step-2 telescopic pairing. This locks the operator trace identically to the Apery diagonal vacuum condensate Tr(W_w) = 4*zeta(3) - 19/4 = Z_diag = 0.0582276126, with an exact 24:1 infrared {2,3} doublet hierarchy, capture fraction eta_{2,3} = 25 / (432*Z_diag) = 99.3865%, and residual tail condensate Z_tail = Z_diag - 25/432 = 0.0003572423. Evaluated at the quadrupole-free reference origin I_0 (cos^2(phi_0) = w(2) = 2/3, sin^2(phi_0) = 1/3), the Master Vacuum Transfer Operator U_vac fixes all lepton and metrological observables across three locked stages with zero adjustable parameters:- Stage I (Planck-Electron Hierarchy & Koide-Brannen Charged Lepton Ladder): Locks the 1-loop dressed Euclidean throat action S_eff = 16*pi - ln(2) + (1/sqrt(3))*(alpha/pi) = 49.573676 (0.24 ppm in action; 12 ppm in linear mass ratio), the exact 6-mode barrier Pi_6 = (2^14 * 3^9 * 5^4)^(-1), the exact Koide invariant Q_Koide = w(2) = 2/3 (via r_{I_0} = cot(phi_0) = sqrt(2)), and the 2-loop dressed Brannen phase delta_lep = 2/9 + (1 - |gamma_vac|)*(alpha/pi)^2 = 0.22222664 rad, yielding m_mu/m_e = 206.768104 (0.87 ppm) and m_tau = 1776.9292 MeV (0.57 sigma).- Stage II (Fine-Structure Constant Gravitational Metrology): Resolves the 5.4-sigma discrepancy among LKB Paris (87Rb), Harvard (g_e - 2), and UC Berkeley (133Cs) onto a single invariant baseline alpha_{I_0}^(-1) = 137.035998944(9) (0.07-sigma RMS residual).- Stage III (Chiral Neutrino Projection & Complete PMNS Spectrum): Eliminates right-handed sterile neutrinos (Omega_odd = 1/4, m_{beta,beta} = 0) and locks all four PMNS mixing parameters (sin^2(theta_13) = 0.022046, sin^2(theta_23) = 0.545435, sin^2(theta_12) = 0.302901, delta_CP = 190.48 deg) alongside the normal-ordered neutrino mass spectrum (m_1, m_2, m_3) = (0.674, 8.627, 50.411) meV, kinematic beta-decay endpoint mass m_beta = 8.8534 meV, and cosmological sum Sigma m_nu = 59.712 meV. Includes a self-contained, zero-branching Python verification suite. 2. Companion Guide IV (00-D_Companion_Guide_IV_Intuitive_Lepton_Geometry_and_Metrology.pdf):Translates the formal operator proofs of Core Monograph IV into five intuitive geometric mental models (the Two-Step Noise-Canceling Filter, the 2/3 Living Room + 1/3 Pillar Compass, the 3-Cylinder Rotary Engine, the Tilted Terrestrial Scale, and the Dual Parity Mirror), tentative experimental notes for ongoing precision searches, and a 3-minute pocket-calculator walkthrough. 3. Conjectural Supplement IV (00-D_Conjectural_Supplement_IV_Boson_and_Quark_Projections.pdf):Records self-consistent static algebraic projections extending the same five lattice invariants to the electroweak boson sector (v_lat = 246.274 GeV, sin^2(theta_W) = 0.231232, m_W = 80.384 GeV, m_Z = 91.192 GeV, m_H = 125.288 GeV) and the six-quark CKM mass and mixing spectrum prior to renormalization group running, with zero hardcoded boson or quark mass inputs.

Zenodo (CERN European Organization for Nuclear Research)
Particle physics theoretical and experimental studies
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.

Laika access coming soon