The Observer-Centered Information Universe: Resolving Cosmological Mysteries via Spacetime Rendering Resolution

This treatise presents a radical cosmological paradigm that redefines the universe as an optimized information-processing system rather than a purely physical entity. The central hypothesis posits that the local flow of time (t) is generated in proportion to the density of interaction with an observer, and that the "rendering resolution" of spacetime decays exponentially as the distance (r) from the observer increases. By introducing a unified spacetime resolution decay function, tau(r), this model obviates the need for hypothetical constructs such as dark energy or dark matter. We demonstrate that the accelerated expansion of the universe and the anomalies in galactic rotation curves are emergent phenomena arising from this single informational principle. Micro-simulation results indicate a profound correlation of 94.8% with the latest observational data from the James Webb Space Telescope (JWST) and the SPARC dataset.