Decisive Bayesian Preference for Loop Quantum Cosmology Based on Four Correlated Anomalies in the CMB

In this study, we perform a multivariate Bayesian comparison between Loop Quantum Cos- mology (LQC) and the standard ΛCDM model, based on four persistent anomalies observed in the cosmic microwave background (CMB): large-scale power suppression, parity asymmetry, quadrupole-octopole alignment, and hemispherical dipolar modulation. Using 1000 simulations generated for each model, we extract observables corresponding to these anomalies and compute their likelihood under both theoretical frameworks.