Noise-Induced Structural Reconfiguration in Quantum Correlation Distributions

This exploratory preprint examines whether representative quantum noise channels can be interpreted as distinct modes of structural reconfiguration in observable quantum correlation distributions. Using Bell-state-based simulations, the study compares depolarizing noise, phase damping, and amplitude damping across Z, X, and Y measurement bases. The results suggest that noise-channel type and measurement basis jointly determine whether the observed distribution tends toward preservation, uniformization, fixation, or observation-dependent deformation.