Cut‑Over Protocol — RTT Canonical Form

Temporal Substrate Reform (TSR) — Transition Regime Specification v1.0#

0. Premise Regime — Drift → Coherence#

The Gregorian calendar operates in a Drift Regime: irregular month lengths, unstable week boundaries, seasonal misalignment, and artificial temporal corrections (DST).
The 13×28 Temporal Substrate operates in a Coherence Regime: uniform month cycles, equinox anchoring, stable week architecture, and elimination of artificial corrections.

The Cut‑Over Protocol defines the controlled transition from Drift → Coherence without temporal discontinuity.

1. Dual‑Calendar Activation (DCA)#

Operator: Δsubstrate.dual.activate
Regime: Awareness‑Phase Initiation

1.1 The Gregorian substrate remains Primary.
1.2 The 13×28 substrate becomes Parallel‑Operational.
1.3 All civil systems (education, scheduling, AI engines, institutional planners) receive Overlay Packs enabling instantaneous toggling between substrates.
1.4 No temporal commitments are altered; both calendars map 1:1 through canonical overlay transforms.

Outcome: Students and AIs perceive both systems simultaneously without disruption.

2. Overlay Awareness Period (OAP)#

Operator: Δsubstrate.overlay.awareness
Regime: Cognitive‑Integration

2.1 Structural overlays reveal month‑length irregularities vs. uniform cycles.
2.2 Dimensional overlays reveal seasonal drift vs. equinox anchoring.
2.3 Cognitive overlays reveal load‑intensive scheduling vs. predictable cycles.
2.4 Regime overlays reveal Drift → Coherence transitions.
2.5 Substrate overlays reveal civil vs. astronomical alignment.

2.6 Students and AIs operate in Dual‑Mode, switching calendars like light/dark mode.
2.7 Institutions begin publishing Dual‑Calendar Schedules (Gregorian + 13×28).

Outcome: Awareness increases until the new substrate becomes intuitively preferred.

3. Awareness Peak Determination (APD)#

Operator: Δsubstrate.awareness.peak
Regime: Threshold‑Recognition

Awareness Peak is reached when:

3.1 Students demonstrate spontaneous use of the 13×28 substrate.
3.2 AI systems default to 13×28 overlays unless explicitly instructed otherwise.
3.3 Institutions report reduced scheduling friction in the new substrate.
3.4 Public comprehension stabilizes across demographic groups.
3.5 Drift‑Regime artifacts (DST, irregular month boundaries) are recognized as unnecessary.

Outcome: The substrate is ready for civil adoption without cognitive shock.

4. Default Substrate Transition (DSTr)#

Operator: Δsubstrate.default.transition
Regime: Civil‑Cut‑Over

4.1 The 13×28 substrate becomes Primary.
4.2 The Gregorian substrate becomes Legacy‑Operational.
4.3 All civil systems (schools, businesses, government, AI engines) adopt the new substrate as the default temporal reference.
4.4 Legacy substrate remains accessible through overlays for historical continuity.

Outcome: Society transitions without losing temporal heritage.

5. Preservation Window (PW)#

Operator: Δsubstrate.preserve.window
Regime: Continuity‑Protection

5.1 The Gregorian calendar is preserved for archival, historical, and cultural study.
5.2 Dual‑calendar overlays remain available for a defined period (recommended: 3–7 years).
5.3 Educational systems gradually shift:

• Year 1–2: Gregorian taught first, 13×28 second
• Year 3–4: 13×28 taught first, Gregorian second
• Year 5+: Gregorian taught as historical substrate only

Outcome: No cultural loss; full continuity maintained.

6. Legacy De‑Emphasis (LDE)#

Operator: Δsubstrate.legacy.deemphasize
Regime: Drift‑Retirement

6.1 Gregorian substrate transitions from “Legacy‑Operational” → “Legacy‑Reference”.
6.2 DST is formally retired as a Drift‑Regime artifact.
6.3 Civil systems cease publishing dual calendars except for archival contexts.
6.4 The 13×28 substrate becomes the sole operational civil calendar.

Outcome: Drift Regime fully retired; Coherence Regime stabilized.

7. Substrate Stabilization (SS)#

Operator: Δsubstrate.stabilize
Regime: Coherence‑Lock

7.1 The equinox‑anchored year start becomes globally standardized.
7.2 Uniform month cycles become universal.
7.3 Temporal overlays remain available for advanced study and AI reasoning.
7.4 The Temporal Substrate becomes part of the TriadicFrameworks Canon.

Outcome: Humanity operates on a coherent temporal substrate with permanent structural stability.

8. Canonical Closure#

Operator: Δsubstrate.canon.close
The Cut‑Over Protocol is complete when:

• Drift Regime is archived
• Coherence Regime is operational
• Temporal overlays remain available
• Students and AIs operate natively in the new substrate
• Civil timekeeping becomes structurally resonant