Standard Model of Particle Physics
Law-level derivation of the Standard Model gauge group, fermion content, anomaly cancellation, and family multiplicity from Tier–0 closure and admissibility.
Supporting Papers
Generation Forcing in the Capacity-Constrained Dirac–Lambda Framework: The Capacity Box Construction
<p>This paper establishes the capacity-box mechanism that forces generation structure within the coupled Dirac–<sp
Three Fermion Generations Forced by a Coupled Dirac–Lambda Capacity Constraint
<p>This paper analyzes the fermion generation number within a coupled Dirac–Lambda operator-dynamical framework in
The Fermion Mass Prediction Problem in the Coupled Dirac–Lambda Framework: Balance Equations and Multi-Scale KKT Forcing
<p>This paper reduces the fermion mass determination problem in the coupled Dirac-Lambda framework to a finite-dimension
Structural Closure of the Coupled Dirac–Lambda Framework: Global Mass Determination and Scheme Rigidity
<p>This paper establishes full structural closure of the coupled Dirac-Lambda framework by resolving the two remaining o
Determinant-Closed Unification from a Capacity-Constrained Dirac–Λ System: A Record-Admissible Forcing of the Standard Model
<p>This work presents a determinant-closed unification framework derived from a coupled Dirac–Λ system subj
Determinant-Constrained Forcing of the Standard Model from a Capacity-Coupled Dirac–Λ System
<p>This paper presents a Tier-1 derivation of the Standard Model internal gauge and matter structure from a single coupl
Structural Vanishing of the Strong CP Phase in the Coupled Dirac–Λ Framework: A Record-Admissibility and Positivity-Based Resolution
<p>The strong CP problem asks why the QCD vacuum angle theta satisfies |theta| < 10^-10 despite being a free paramete
No-Go Theorem for Exact Yukawa Prediction in the Capacity-Coupled Dirac–Lambda Framework
<p>This paper establishes a Tier-1 no-go theorem inside the capacity-coupled Dirac–Lambda framework: exact Yukawa
Determinant Closure and Uniqueness in Grand Unified Theories: A Structural Derivation of SO(10)
<p>We introduce a determinant-based closure criterion for Grand Unified Theories and apply it to the classification of v
Structural Reconstruction of the Standard Model from SO(10): Gauge Group, Fermion Content, and Anomaly Cancellation
<p>We present a conservative, representation-theoretic reconstruction of the Standard Model as the admissible low-energy
An Across-the-Board No-Go Theorem for Exact Yukawa Prediction
<p>The Standard Model contains a set of continuous flavor parameters (Yukawa couplings) whose extreme hierarchies have l
Why Nature Has Three Fermion Generations: A Closure-Based Selection Resolution
<p>The Standard Model of particle physics contains exactly three generations of fermions, but provides no internal expla
Antimatter as Orientation Conjugacy: A Structural Resolution of Annihilation, Matter Dominance, and CP Asymmetry
<p>This paper presents a structural resolution of the antimatter problem within a recursive closure framework for physic