The Dynamical Fourier Field Resolution of the Hubble Tension: Coherence Decay, Residual Spectral Force, and the Elimination of Dark Matter Part II: Numerical Predictions and Observational Tests

Key Points

• This work aims to provide numerical predictions from the Dynamical Fourier Field model and evaluate its consistency with observational data.
• Developed numerical predictions based on the DFF cosmological model.
• Used the modified Friedmann equation with a specified coherence power-law index.
• Compared model predictions directly against current astronomical observations.
• The model predicts a coherence power-law index of αC = 0.03525.
• Observed Hubble tensions were quantified with Hlocal0 = 73.50 km s−1 Mpc−1 and HCMB0 = 67.24 km s−1 Mpc−1.
• Findings suggest elimination of free parameters strengthens the model's predictions.

Abstract