CNS service cycle now asks Rust "what should I process next?" via IPC:
- serviceViaRust(): calls rustBridge.serviceCycle() for <1ms scheduling
- Rust handles consolidation, state gating, urgent-first ordering
- TS just executes what Rust decided (LLM calls, DB, tools)
- Falls back to TS channels if Rust bridge unavailable

Wiring:
- CNSTypes.ts: added optional rustBridge to CNSConfig
- CNSFactory.ts: passes rustCognitionBridge from PersonaUser
- PersonaUser.ts: added nullable rustCognitionBridge getter,
  wired inbox.setRustBridge() after bridge initialization
- QueueItemTypes.ts: added fromRustServiceItem() converter
  (Rust camelCase JSON → TS QueueItem discriminated union)

232 Rust tests pass, TypeScript builds clean.

… forwarding

- Delete 9 dead TS files: channel queue system (6 files) and cognitive
  schedulers (3 files) now fully replaced by Rust cognition engine
- Slim down CNS, PersonaInbox, PersonaAutonomousLoop, PersonaUser to
  remove all fallback/legacy TS scheduling paths
- Fix @reactive() and @attr() decorators: TC39 class fields shadow
  Lit's prototype accessor from createProperty(), preventing re-renders.
  queueMicrotask removes the own property after init so Lit's setter
  triggers requestUpdate() automatically.
- Forward all transcription captions to all participants (including
  speaker's own) — captions confirm system is working, audio echo is
  handled by mix-minus in the Rust mixer, not transcription filtering.

Phase A: Built complete memory system in Rust (corpus, recall, consciousness)
- MemoryCorpus: per-persona in-memory data (memories + embeddings + timeline events)
- 6-layer multi-recall: Core, Semantic, Temporal, Associative, DecayResurface, CrossContext
- Consciousness context: temporal awareness + cross-context peripheral awareness
- DashMap<Arc<MemoryCorpus>> concurrency: lock-free reads, COW writes
- Deterministic embeddings for offline recall (no external model dependency)
- 293 tests passing (277 lib + 16 recall accuracy integration tests)

Phase B: Wired Rust ↔ TypeScript via IPC
- Cleaned dead TS methods (memoryInit/Store/Recall/RecordEvent/Consolidate)
- Added memoryLoadCorpus: bulk ORM → Rust at startup
- Added memoryAppendMemory/Event: incremental COW updates on DB writes
- Hippocampus: appends to Rust corpus after every DataCreate to longterm.db
- UnifiedConsciousness: appends timeline events to Rust corpus after recording
- PersonaUser: loads full corpus from ORM at startup, wires bridge to consciousness
- SemanticMemorySource + GlobalAwarenessSource: call Rust recall (sub-ms response)