Q14 — Cosmochrony Q-series paper
Topological Invariants of Admissible Configurations: Charge Quantisation, Absence of Magnetic Monopoles, and Projective Chirality in Cosmochrony
Conditional reconstruction of spectral mobility and the Lorentz factor from projective capacity saturation.
No-go for scalar free-fraction closure of the local capacity-metric bridge; LC-O2-O1 remains open.
Fibrewise Born-Infeld capacity lapse and gravitational time dilation, with the capacity-metric bridge explicit and open.
Temporal Casimir Rigidity and Closure of the Effective Metric: Identification of Aτ = 2
Finite-q Corrections to the Carnot Capacity Identification
Three Admissible Directions and Three Spatial Dimensions: A Structural Bridge Candidate between Heff ≃ C3 and the Horizontal Geometry of Heis3(R)
Asymptotic su(2)-Isotropy of the Effective Quadratic Form and the Identification AH = 2
SU(3) from Colour Triplet Co-admissibility: Towards the Complete Standard Model Gauge Group
Systematic Pair-Level Campaign for δpair: Convergence, Inter-Pair Concentration, and Normalization Structure
Uniform Spectral Universality for Weil Fingerprint Energies: Proof of [U] with Rate O(q−1/2)
Sub-Principal Symbol of L_eff and Isotropy of the Bridge
Finite Support and Preparation Criteria for Independent Effective Subsystems: A Contract for Non-Injective Admissibility
Unique Born-Infeld-lifted temporal residual map yielding the Lorentz factor; the local capacity-metric bridge remains open.
Vertical Non-Injectivity and the Stability of the Observable Rank: Closing the Unconditional Transfer cχ → δpair → β∗
Quantum Fisher Information as a Spectral Entanglement Witness (Cosmochrony condensed-matter companion note)
Synthesis of projective inertial kinematics in the Lorentz-capacity programme; the non-homogeneous capacity-metric bridge remains open.
Structural roadmap, status registry, and dependency inventory for the Cosmochrony research programme.
Native Span Growth and the Failure of the Heisenberg Capacity-to-Rate Transfer (Cosmochrony working paper)
To associate your repository with the cosmochrony topic, visit your repo's landing page and select "manage topics."