Stage 2: Compound Synthesis -- Beyond Architecture

1. Accepts any sequence of typed events on the bus 2. Groups them into "processes" (identified by a processId) 3. Embeds each event into a vector 4. Computes anticipation scalars over the trajectory 5. Publishes scalar snapshots and intervention signals 6. Enables paradigm adapters (OmniFlow, Draft-and-Prune, Prompt Optimization) to plug in as process types that define how to embed events, interpret scalars, and execute interventions Beyond is NOT a separate process, NOT a Python sidecar, NOT a Gemini API wrapper. It is a TypeScript package inside the NUMU daemon that operates on bus events in real time. The core insight from the research: all three paradigms follow the same geometric trajectory (explore -> converge -> lock). Anticipation scalars make this trajectory visible and actionable without domain-specific convergence criteria. Building on Step 1. The scalar engine is a TypeScript port of `AnticipationGeometry.compute()` from `python/anticipation_geometry/generalized_anticipation.py`. The port covers 4 scalars (not 7 -- phase_stiffness, novelty, and stability require motion-domain features that don't apply to event trajectories):