G3 OR 987 Enclosed Mechanical Quantum Computing: Operational Engineering Handbook for Trans-Polycarbonate Room-Temperature Topological Processing

This comprehensive technical disclosure establishes the operational engineering architecture and ab initio validation for the G3 OR 987 Enclosed Mechanical Quantum Processor. To eliminate thermal decoherence and suppress environmental backscattering without requiring external cooling infrastructures, this platform implements a self-contained framework by sealing a 12 cm aperiodic processing die inside a standard commercial disk drive housing. By utilizing synchronous mechanical macro-rotation sustained at a fixed velocity of 3,600 RPM (60 Hz), the kinematic angular momentum breaks Time-Reversal Symmetry (TRS) autonomously across the hardware phase. This operational drive forces the interior bulk into an absolute Many-Body Localization (MBL) state, insulating the computational lattice from thermal phonon collapse.We formalize a non-contact input/output (I/O) gating manifold where stroboscopic information inscription (Write) is executed laterally via the chassis's native internal tracking laser, while holographic state transduction (Read) is scanned top-down directly through the protective clear polycarbonate top layer of the substrate over the central zero-momentum void ($k=0$). This turns the enclosed architecture into a reliable plug-and-play desktop computing appliance designed for direct configuration within standard enterprise server-rack infrastructure environments.