Temporal Information Density (TID): The Chronometric Extension to the QED Framework

In this second manuscript of the Chronos-Information Unified (CIU) Framework, I expand the Quantum Entanglement Density (QED) theory by introducing Temporal Information Density (TID). While the initial QED framework established gravitation as an emergent entropic force with a 99.2% correlation to the SPARC dataset, this work provides the essential chronometric completion. By postulating that the temporal rate is a dynamic variable determined by the vacuum's local information density, I provide a parameter-free resolution to the 'Hubble Tension', the Pioneer anomaly, and velocity divergences in wide binary stars.