Space Clock Field Theory Data

This Zenodo record contains the numerical data, Python source code, reproducibility scripts, convergence tests, numerical summaries, and manuscript figures associated with Space-Clock Field Theory: A Single-Metric Theory of Dark-Sector Unification by Mauro Alfonso Montenegro. The package reproduces the repaired SCFT-R cosmological background and its finite-wavelength scalar perturbation evolution for the fixed benchmark presented in the manuscript. It includes the exact algebraic Friedmann/current background reconstruction, source-free stability and reciprocal-clock diagnostics, matter-loading calculations, canonical first-order finite-k perturbation evolution, representative mode histories, convergence tests, and a 42-mode numerical scan spanning 0.03≤k/Hd≤1000. The sampled regular adiabatic modes remain finite through the modeled radiation, matter-like, and late-acceleration regimes and cross the density-reduction zeros without singular behavior in the canonical system. The package uses independently conserved barotropic baryon, photon, and neutrino perfect fluids and is intended to make the numerical results reported in the manuscript independently reproducible. It does not constitute a full Boltzmann calculation and does not include recombination physics, photon polarization, the collisionless-neutrino hierarchy, observational CMB or matter-power likelihood analyses, an EFT-cutoff determination, or a proof of nonlinear stability for arbitrary initial data.