This comprehensive white paper bridges digital physics and hardware architecture, introducing the 'Luzzi Patch' (N:0=N) to eliminate rounding errors and system crashes. The work details the Free-Float ALU architecture, explores quantum coherence stabilization through 'Ontological Rollback', and proposes a resolution for the P vs NP problem via 'Logical Magnetism'. Includes C++ performance benchmarks, Verilog source code, and validation scripts, demonstrating a paradigm shift toward Silicon Referential Integrity and Zero-Inertia computation.