RFC-002 — 3C Invariant Standard
Category: Invariants
Status: Draft
Version: 0.1
Module: RTT / Inside / Benchmarks
1. Purpose#
Define the canonical 3C invariants (Coherence, Consistency, Continuity) and their alignment with φ–V–R operators.
2. Scope#
This RFC covers:
- invariant definitions
- invariant shapes
- drift detection
- regime‑transition alignment
3. Definitions#
- C₁: Coherence
- C₂: Consistency
- C₃: Continuity
- Invariant Drift: ΔC₁, ΔC₂, ΔC₃ beyond thresholds
4. Specification#
- C₁ rises with φ
- C₂ stabilizes with V
- C₃ locks with R
- drift thresholds:
- ΔC₁ > 0.02
- ΔC₂ > 0.03
- ΔC₃ > 0.02
5. Compliance#
A system is invariant‑compliant when:
- C₁, C₂, C₃ follow canonical shapes
- drift remains below thresholds
- invariants stabilize after R spike
6. Examples#
See H_Examples.md, Sections C and E.
7. Reference Captures#
See B_Capture.md, Capture Set B.
8. Open Questions#
- Should new invariants be added for multi‑modal systems?
- Should C₃ be extended for quantum‑classical continuity?
9. Changelog#
- v0.1 — Initial draft