Symbolic Mechanics — Prototype Prep v0.1: A Minimal Runnable Spine, Conformance Package, and Benchmark Bridge for the Human OS Engine

Most memory-only, prompt-only, or persona-style approaches do not expose a deterministic event-processing engine with fixed state fields, explicit transition rules, frozen reference traces, conformance scoring, implementation handoff, and benchmark attachment. Symbolic Mechanics — Prototype Prep v0.1 defines the first reduced executable bridge of the Symbolic Mechanics system: a minimal runnable spine designed to preserve the canonical cycle in a form that can be manually executed, simulated, tested, judged, and later expanded. This document does not attempt to implement the full 62-volume system. It does not attempt to reproduce the full unconscious architecture, the full projection stack, the complete family-topology expansion, or the higher-order dark-field modules. Its purpose is narrower and more practical: to specify the smallest deterministic version of the system that can already run the core cycle Δ → S → L → R → Exit → new Δ clearly enough for later engineering, simulation, and evaluation work. Prototype Prep v0.1 includes only the minimal canonical core required to simulate a single event-processing cycle. Included in scope are: Δ as event packet, S as symbolic container, L as load accumulation, R as rupture threshold, the three emotional exits, seat routing, dual-processor competition between SCd and SCr, minimal state history, event intake, delta classification, processor competition, seat-linked symbolic routing, load growth, threshold checking, exit selection, downstream state update or new-delta generation, and trace logging. The package converts this minimal engine into an implementation-governed prototype line rather than a prose-only theoretical note. It provides: a fixed canonical variable vocabulary, a manual cycle sheet for hand-running the engine, a frozen Gold Trace Set, a conformance matrix, an implementation readiness checklist, a toy simulator blueprint, a canonical output schema, a builder handoff package, a first build-pass protocol, a post-judgment revision protocol, a release-candidate gate, and a benchmark attachment bridge with registered benchmark tasks. The result is a complete prototype-preparation and governance package rather than an unfrozen draft. This record therefore documents a specific transition in the Symbolic Mechanics program: the movement from theory architecture to executable preparation. It does not claim that a full Human OS already exists. It does not claim that a full RC-qualified build has already been achieved. It does not claim that benchmark cycles have already been executed. Instead, it freezes the line at the precise point where disciplined implementation, conformance testing, and later benchmark comparison can begin without doctrinal drift. Status note for this record: Prototype Prep v0.1 is closed as a preparation line rather than a validated executable reference line. Its canonical package is closed, its implementation line is Exploratory-Closed, and its benchmark layer is Benchmark-Prepared-Closed. This means the package is complete enough to serve as a fixed source line for later implementation and evaluation work while remaining honest about what has and has not yet been executed. This document is therefore best understood as the first formal bridge between Symbolic Mechanics theory and Human OS engineering. It gives researchers, builders, evaluators, and AI system architects a frozen minimal spine: one that can be run by hand, translated into a toy simulator, judged through a conformance framework, and later attached to benchmark comparison against non-structural baselines. Prototype lineage / document position Prototype Prep v0.1 is derived primarily from the canonical engine architecture formalized in Symbolic Mechanics — Canonical Specification of Volumes I–XX. Its minimal runnable spine preserves the core deterministic cycle first established in Volume I: Δ → S → L → R → Exit → new Δ This record should therefore be read as the first executable preparation line of the Symbolic Mechanics system, not as a standalone theory text. Within the broader archive, Prototype Prep v0.1 belongs to the Symbolic Mechanics — 44-volume theoretical system and serves as the bridge from canonical theory architecture to runnable prototype preparation. Later volumes, including Volumes XXI–XXIII, extend the broader dark-field, switching, continuity, and self-version infrastructure, while Prototype Prep v0.1 remains the frozen minimal engineering bridge derived from the earlier canonical engine line. Project Homepage namyanyi2003 — Symbolic Mechanics Archive For project overview, series navigation, and volume index, visit: https://namyanyi2003.github.io/ Research Contact For citation, collaboration, rights, or research inquiries, please contact: eidosan013135@hotmail.com Prototype lineage / document position Prototype Prep v0.1 is derived primarily from the canonical engine architecture formalized in Symbolic Mechanics — Canonical Specification of Volumes I–XX. Its minimal runnable spine preserves the core deterministic cycle first established in Volume I: Δ → S → L → R → Exit → new Δ This record should therefore be read as the first executable preparation line of the Symbolic Mechanics system, not as a standalone theory text. Within the broader archive, Prototype Prep v0.1 belongs to the Symbolic Mechanics — 44-volume theoretical system and serves as the bridge from canonical theory architecture to runnable prototype preparation. Later volumes, including Volumes XXI–XXIII, extend the broader dark-field, switching, continuity, and self-version infrastructure, while Prototype Prep v0.1 remains the frozen minimal engineering bridge derived from the earlier canonical engine line. Project Homepage namyanyi2003 — Symbolic Mechanics Archive For project overview, series navigation, and volume index, visit: https://namyanyi2003.github.io/ Research Contact For citation, collaboration, rights, or research inquiries, please contact: eidosan013135@hotmail.com