I.
The Ontic Substrate
Builds the “stage”: Cayley graph foundations, proto-time, energy/entropy concepts, τ³ fibration, and the boundary/lemniscate viewpoint—ending with the complete arena before “actors” appear.
II.
Holomorphic Quantization
Introduces the CR-structure and quantization mechanism; develops “quantum mechanics without particles” and reframes measurement as mode selection—preparing the first bound pattern.
III.
The Neutron
Uses β⁻ decay as a translation engine: emergence of proton/electron modes, co-rotor dynamics, weak mediation, decay probabilities, and neutrinos as τ¹ modes.
IV.
Quantum Dynamics
The first atom as a calibration hub: photon as null intertwiner, EM coupling/holonomy, α-derivation and calibration cascade, spectral lines, fine structure, and higher-order effects.
V.
Hydrogen
Builds the interaction dictionary: neutrinos, quarks, strong force as τ² saturation, gluons/connection modes, confinement/closure, electroweak structure, Z and Higgs as modes, and coupling cascades.
VI.
Interactions
From nuclei to the periodic table: the “donut ladder,” shell/magic-number structure, stability curves (helium, α-particle, iron peak), heavy elements, decay modes, and stellar nucleosynthesis.
VIII.
Molecules
Chemistry as structured mode sharing: bond types, orbitals in τ-language, molecular geometry, and the bridge from atomic structure toward living systems.
IX.
Laws as Diagrams
Recasts physical law as compositional structure: τ-Feynman diagrams as morphisms, self-enrichment, symmetries as functors, conservation as naturality, and coherence/anomalies.
X.
Back to the Zoo
A closing translation layer: Standard Model summary, τ³ ↔ SM dictionary, ontic vs non-ontic classification, predictions vs retrodictions, what the framework adds, and the road to gravity (Book V).
