A Causal–Informational Reconstruction of the Double–Slit Experiment within the CET Ω Framework

We present a causal–informational reconstruction of the double–slit experiment within the framework of CET Ω (Causal–Informational Completion of the Universe). The model employs a retarded entire kernel K^{-1}(\Box_R) with positive Stieltjes representation, ensuring causal propagation, spectral positivity, and Lorentz covariance. The texon field—the informational carrier of causal flux—enables quantum interference as a causal–informational superposition of retarded amplitudes, rather than as a collapse of local states. This yields a falsifiable, predictive, and fully causal description of quantum interference consistent with observed visibilities and without invoking nonlocal wavefunction collapse.