Parameter-Free Prediction of the Distance Modulus in the Phoenix Axiom of Tensor Field Dynamics – A Zero-Fit Comparison with Pantheon+ (SH0ES)

This work presents the strictly canonical prediction of the distance modulus μ(z)\mu(z)μ(z) within the Phoenix Axiom of Tensor Field Dynamics (TFD). The cosmological distance relation follows exclusively from the fixed scaleLeff=2100 MpcL_{\mathrm{eff}} = 2100\,\mathrm{Mpc}Leff=2100Mpc and contains no free parameters or fitting procedures. The theoretical curve is directly compared to the Pantheon+ dataset anchored to SH0ES (N = 1701 supernovae, filter z>0z>0z>0). A global, systematic offset relative to the SH0ES calibration is observed and quantitatively reproduced. The analysis is fully dimensionally consistent, audit-ready, and provides a model-internal explanation of the Hubble tension without invoking dark energy or additional degrees of freedom.