Comparative Predictions of Local Quantum Collapse Cosmologyvs ΛCDM

We compare the predictions of the Local Quantum Collapse Cosmology (LQCC) model against ob-servational data across key cosmological tests: distance-redshift relation, Hubble parameter evolution,Baryon Acoustic Oscillations (BAO), angular correlation functions, CMB angular power spectrumDℓ, and gravitational lensing signatures. We evaluate whether LQCC can match these datasets fromfirst principles, and assess its consistency with respect to ΛCDM. Our results suggest that, despitelacking free parameters, LQCC achieves remarkable concordance with raw observational trends, par-ticularly in cosmic void lensing and Hubble tension. Some discrepancies remain in BAO, attributableto model-dependent reconstruction procedures<br>