qtt-verify: Reproducibility Checks for Selected Quantum Traction Theory Corpus Rows

Runnable verification entry point for selected QTT corpus rows qtt-verify is a dependency-free Python package that collects a first set of reproducibility checks for Quantum Traction Theory (QTT). It gives a single command-line entry point for compact formula checks and frozen public certificate checks that otherwise live across separate paper reconstruction bundles. The release intentionally separates two classes of audit. Compact rows are recomputed directly from their printed formulas, including the \(\pi/8\) clock projection, the neutrino mass-squared ratio, the photon-edge \(\alpha^{-1}\) row, the A6/QCD sheet scale, and the finite-binomial toponium scaling row. Larger packet rows are verified through frozen public CSV/JSON certificates with SHA-256 checks, including CKM enumeration, PMNS enumeration, electron/Rydberg source propagation, source-completion winding, and the HVP lower-bit camera certificate. Run all checks with python -m pip install . qtt-verify run Run machine-readable output with qtt-verify run --json Included v0.1.0 checks: pi8_clock: two-clock \(\pi/8\) projection and CHSH carrier. neutrino_ratio: \(4\pi^2\cos^2(\pi/8)\). photon_edge_alpha: photon-edge fine-structure formula. qcd_sheet_scale: A6 half-share downstream QCD sheet scale. toponium_scaling: finite-binomial small-\(x\) scaling row. electron_rydberg: source-electron/Rydberg certificate and firewall. ckm_enumeration: 2187-candidate CKM precision-packet uniqueness check. pmns_enumeration: 36-word PMNS source-face uniqueness check. source_completion_winding: HVP source-completion endpoint certificate. hvp_lower_bit_camera: HVP v30.03 lower 4+2+1 bit camera certificate. This software does not replace the QTT main book, the papers, or the full reconstruction bundles. It is a runnable audit surface for selected rows and keeps pending/amber rows pending where the corpus marks them as pending. Public QTT citations use concept DOIs. Related QTT anchors: Main book: 10.5281/zenodo.17527179 Observatory: quantumtraction.org/observatory/ Corpus Tree: quantumtraction.org/doi-map/ Derivation Atlas: quantumtraction.org/derivation-atlas/