Key Highlights of this Framework The End of the Tension: This framework resolves systemic expansion tensions by replacing the exogenous cosmological constant () with a passive, emerging volume-filling vacuum energy density response (₄₌). Minimalist Core: We collapse the standard cosmological complexity into a rigorously closed, 3-parameter covariant gauge theory (H₀, ₘ, ₆₋₎₁₀₋), providing a parsimonious solution compared to existing models. Empirically Anchored: The model is calibrated across multiple epochs, integrating data from DESI BGS, Planck CMB chains, Pantheon+ Supernovae, and the latest JWST UNCOVER mass functions. Observational Validation: The framework is supported by the isolation of 5 primordial massive outliers at high redshift (z > 6) and a 3. 46 Integrated Sachs-Wolfe (ISW) anomaly identified in the DESI BGS South footprint. Testable Predictions: Unlike standard dark energy models, we provide explicit, falsifiable kinematic signatures: A 3. 06% suppression in late-time structure growth (f₈) in the 0. 2 < z < 0. 5 window. A unique cosmographic Jerk signature of j (z=0) = 0. 9195. Open Invitation for Collaboration The mathematical ledger of this framework is complete, satisfying classical conservation laws and stability under non-parametric stress-tests. We invite the theoretical physics and quantum gravity communities to explore the derivation of this scaling law from fundamental first principles, such as Renormalization Group Flows or Entropic Gravity mechanisms. If you are interested in collaborative refinement or independent stress-testing of these kinematic benchmarks against forthcoming DESI/Euclid data, please reach out via the provided contact information.
Carlos Alberto Costa Carlos (Sun,) studied this question.