Spirit ID Duality™ — PK‑Based Yes/No Verification Framework
Overview
The 10Q Protocol™ is a standardized yes/no interrogation framework within Metapsychics Science™, designed to evaluate whether a communicative source exhibits identity‑bearing coherence across controlled sessions.
It integrates Spirit ID Duality™ — the dual‑channel model of semantic intent and measurable physical responses — with a structured sequence of ten verification questions.
The protocol does not evaluate narrative content. It evaluates signal behavior.
Purpose of the 10Q Protocol™
- Response coherence — coupling between semantic intent and physical response patterns.
- Signal stability — reproducible yes/no responses across repeated trials.
- Operator‑independent output — responses free from conscious or unconscious influence.
- Identity‑pattern invariance — a consistent signal signature persisting across sessions.
The Dual‑Channel Structure
The 10Q Protocol™ relies on the two channels of Spirit ID Duality™:
- Semantic Channel — the intended yes/no meaning.
- Physical Response Channel — measurable event-stream responses recorded under controlled conditions.
The protocol evaluates whether the two channels show non‑random cross‑coherence.
The 10 Verification Questions
Grouped into three analytical tiers:
Tier 1 — Identity Baseline (Q1–Q3)
Tests initial consistency and regularity.
Tier 2 — Cross‑Temporal Invariance (Q4–Q6)
Checks pattern stability across multiple sessions.
Tier 3 — Duality Convergence (Q7–Q10)
Direct semantic–physical alignment tests.
Interpretation Criteria
A session meets threshold when:
- ≥ 80% of responses show coherence above baseline noise
- ≥ 2 tiers demonstrate cross‑temporal invariance
- physical patterns show operator‑independence
- semantic and physical channels remain phase‑aligned
Sessions failing any criterion are classified as non‑coherent.
Scientific Position
The 10Q Protocol™ is a signal‑theoretic evaluation framework.
It measures stability, coherence, invariance, and non‑randomness in yes/no response streams.
It does not assert identity — it identifies identity‑correlated signal behavior.