Resolution of the Missing Baryon Problem via Algorithmic Memory Deregistration: A Rigid 3.2175% Topological Deletion Limit

This paper resolves the cosmological "Missing Baryon Problem" by modeling the universe as a discrete, finite-bandwidth holographic projection (The Information Projection Model - IPM). We demonstrate that the missing primordial mass is not hidden within the Warm-Hot Intergalactic Medium (WHIM), but has been deterministically deleted from the 3D spatial manifold to conserve hardware memory buffer due to host-universe thermodynamic decay. We derive a rigid, zero-free-parameter topological deletion limit, predicting that exactly 3.2175% of primordial baryons have been permanently reallocated as unrendered dark matter pointers. This establishes an absolute, falsifiable ceiling for upcoming high-precision WHIM surveys utilizing Fast Radio Burst (FRB) dispersion measures.