The Temporal–Density Framework is presented in three unified volumes, each addressing a distinct structural layer of the theory. These works form the complete backbone of the framework, from the dimensionless invariant to matter formation, and finally to the cosmological entropy gradient.
Volumes
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Volume I — Dimensionless Unification and Empirical Predictions
Establishes the invariant α c λ = 1, defines the temporal stiffness γ and the normaliser ξ, and unifies gravitational curvature, electromagnetism, and quantum coherence within a fully dimensionless substrate. Includes five immediate empirical predictions forming the core test programme of the framework.
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Volume II — Unified Origins of Matter, Dark Matter, and Horizon Geometry
Presents the SU(3) → SU(2) → U(1) gauge cascade as the structural backbone of the universe. Derives baryons, dark matter, atomic structure, and horizon formation from curvature dilation increments. Predicts the universal 5:1 dark–to–baryonic ratio and identifies the Lorentzian shear governing the lepton mass ladder.
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Volume III — Entropy Gradients, Cosmic Structure, and Large-Scale Dynamics
Extends the framework to cosmology, showing that the fixed 5:1 SU(3) compression imbalance generates a universal entropy gradient shaping galactic morphology, CMB coherence, large-scale flows, and horizon growth. Establishes cosmic structure as a compression–reaction equilibrium of a single temporal medium.
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