Q14 — Cosmochrony Q-series paper
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Updated
Jul 18, 2026 - TeX
Q14 — Cosmochrony Q-series paper
Projective Persistence and the Physical Sub-Spectrum: A Dynamical Selection Criterion for the Capacity Exponent
Fibre Erasure: Cosmochrony paper on selective erasure of projective fibres
Angular amplitude reduction — Cosmochrony fermionic-matter sub-programme
Canonical Pair Observables in Weil Blocks: Structure of the Residual Amplitude Factor and Pipeline-Independent Formulation
Proof of the Lifting Hypothesis [H-lift]: Kinetic-Sector Identification via Generator Suppression
Inverse-square critical coverage and constant saturation depth of Weil-BFS novelty on Heisenberg graphs (Cosmochrony spectral admissibility sub-programme)
Fibre-Level Admissibility from Conjugate Weil Blocks: Structural Derivation of the Pair Observable
Semiclassical Consistency of the Weil Representation on Heis3(Z/qZ): Quantitative Sinc Embedding, Generator Convergence, and Aliasing Control
Asymptotic Calibration of the BFS Window and Inter-Pair Trajectory Diversity
Spectral Atomicity of the Admissible Sector: Scaled Coercivity and Mosco Compactness without Nash Inequalities
Cosmochrony Entanglement E1 — Weil orthogonality
Non-Injective Foundations Presentation Note (Branch I of the Cosmochrony programme)
Weil-Block Projective Capacity on Heisenberg Graphs: Resolving the Representation Obstruction\and Extracting the Capacity Exponent
Asymptotic su(2)-Isotropy of the Effective Quadratic Form and the Identification AH = 2
Three Stable Directions from Quaternionic Minimality: Derivation of Σc(n3) = 3 from Born–Infeld Fibre Admissibility
Quadratic Completion of Admissible Spectral Pairs via Binary-Icosahedral Representation
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