INFORMATIONAL PHASE TRANSITIONS AND DEBYE TRANSITION GRADIENTS IN PHOTO-EVAPORATING COSMIC INTERFACES

This preprint posits a coordinate-free, non-parametric framework modelling cosmic plasma cloud boundary interfaces as pure information-processing channels, utilising the Eagle Nebula as an empirical template. By mapping physical density to a steep exponential decay function, the model derives a local acceleration of operational network clock cycles that resolves macroscopic volume growth and the Hubble Tension without fine-tuned dark placeholders. This multi-scale pipeline imprints an externally observable, linear phase-modulation signature across crossing radio wavefronts, providing a distinct, testable criterion for direct cross-correlation testing against open-source data columns in the Second CHIME/FRB Catalogue and the DESI Legacy Imaging Surveys.