Resolving the Hubble Tension through Exponential Space-Density Displacement (SDD) Model

Summary of the SDD Model (Version 6. 0): This updated version provides a refined mathematical resolution to the "Hubble Tension" by introducing an Exponential Space-Density Displacement (SDD) Model. The research explains the discrepancy between the CMB-based Hubble constant (H₀ 67. 4) and local measurements (H₀ 73. 2) as a physical consequence of space-density interaction. Key Scientific Updates in V6. 0: The SDD Equation: The Hubble constant is calculated as a function of matter density (): H () = 67. 4 + 5. 8 * (1 - e^ (-k *) ) Where k = 0. 256 (Kandel's Constant) and 5. 8 km/s/Mpc represents the tension gap. 322-Fold Ratio Logic: The model identifies that the displacement of space property within dense matter (like Osmium) versus gas (like Hydrogen) follows a 322-fold ratio, which perfectly aligns with the observed expansion acceleration. Author Verification: The lead researcher's official location is updated to Kathekhola-8, Lekhani, Baglung, Nepal. Conclusion: The SDD Model suggests that "Dark Energy" is actually the pressure of space being displaced by matter as the universe transitions from gas-dominated to metal-dominated structures