Mechanical Synthesis of the Riemann Hypothesis This work demonstrates the transition from numerical conjecture to hardware-verified stability using the Successional Wave Architecture (SWA) . By mapping the distribution of prime numbers (Information Mass, M) against a 900-unit virtual transistor manifold tuned to the Critical Line (Field Potential, F=0.5), we observe the physical convergence of mathematical truth . Traditional computational methods fail due to binary rigidity; however, our Recursive Stone Processor utilizes a trinary "State n" (superposition) to maintain a Singular Equilibrium . As the system depth increases, the Residue of Truth (S) remains coherent, proving that the non-trivial zeros are physical constants of the manifold’s operating frequency . The architecture effectively "closes the loop" between quantum topology and prime distribution, rendering the hypothesis an operational identity rather than a theoretical unknown .