The 4D Reduction and Multiverse Rendering of 5D Backend Data: The Impact of Event Horizon Information Rearrangement on Macroscopic Reality and the Information Thermodynamics of the Friction Metric of Time

Abstract

This study expands upon the holographic principle, asserting that cosmic information is compressed and recorded as 2D qubits not on an unreachable boundary, but on the localized "event horizons" of myriad black holes. During the reduction of this backend data into the 3D frontend, the thermodynamic tension accompanying the physical manifestation of future probabilistic data is defined as the "Friction Metric of Time". Furthermore, we thermodynamically elucidate how different parallel universes (Multiverses) emerge simultaneously in the frontend space when an active observer dynamically rearranges the entanglement weight ($\mathcal{W}_{ij}$) from a 5D perspective.