1. Short Definition

Higher-Coherence Attractor Requirement means that a system trapped in a pseudo-coherent basin usually needs a viable alternative attractor before stable transition becomes possible.

Critique weakens a basin.

A better attractor allows exit.

2. Canonical Pattern

basin exit requires viable higher-order attractor

Expanded:

pseudo-coherent basin
+
critique / exposure / disruption
without
higher-coherence attractor
⇒ destabilization or re-entry

Plain form:

A system needs somewhere more coherent to go.

3. Mechanic Description

SCALE-041 identifies the central transition requirement for basin restoration.

Pseudo-coherent basins often cannot be restored by direct attack alone.

Critique may reveal debt. Exposure may show incoherence. Disruption may weaken the old attractor. But if no viable higher-coherence attractor exists, the system may:

• re-enter the old basin
• collapse into disorder
• choose a substitute basin
• harden defensively
• increase control
• preserve symbolic reform only
• fragment into lower-coherence states
• reject restoration as unrealistic
• convert critique into identity threat

A higher-coherence attractor must be visible, viable, and livable.

It should provide:

• better coherence
• lower hidden debt
• stronger auditability
• clearer boundaries
• sufficient slack
• viable material pathways
• meaning continuity
• restoration capacity
• dignity-preserving transition
• workable roles and incentives
• better recurrence behavior
• lower long-term cost

The goal is not merely to prove the old basin wrong.

The goal is to make the next basin coherent enough to hold.

This is why UTS restoration emphasizes attractor formation, basin supersession, transition pathways, and dignity-preserving movement rather than destruction alone.

4. UTS Variable Mapping

5. Diagnostic Questions

1. What basin is being exited?
2. What makes the current basin pseudo-coherent?
3. Is there a viable alternative attractor?
4. Does the alternative reduce hidden debt?
5. Does it preserve dignity, agency, and meaning continuity?
6. Are material pathways available?
7. Are boundaries clearer in the new attractor?
8. Is restoration capacity stronger?
9. Is the alternative auditable and time-testable?
10. Does transition reduce recurrence over time?

6. Failure Signatures

1. Critique Without Landing Path

basin critique↑ + alternative viability↓ ⇒ re-entry risk↑

The old basin is challenged but no stable alternative exists.

2. Exposure Without Supersession

Au↑ + higher attractor absent ⇒ destabilization↑

Debt becomes visible without a viable replacement structure.

3. Substitute Basin Capture

old basin exit + weak attractor ⇒ substitute basin risk↑

The system leaves one basin and enters another incoherent basin.

4. Symbolic Alternative

alternative language↑ while O_new not validated

The new attractor is rhetorical but not operational.

5. Transition Collapse

old basin weakened + new basin nonviable ⇒ fragmentation↑

The system loses old stability without gaining coherent replacement.

7. Related Failure Modes

• failed supersession
• substitute basin capture
• symbolic alternative
• transition collapse
• re-entry
• pseudo-reform
• exposure without restoration
• basin hardening
• delayed transition cost
• restoration starvation
• fragmentation

8. Related Diagnostics

9. Restoration Implications

If SCALE-041 is active, restoration requires attractor design before or alongside basin disruption.

Required actions:

1. Map the current basin’s attractor geometry.
2. Identify what debt the basin exports.
3. Define the higher-coherence attractor.
4. Ensure the new attractor is materially viable.
5. Preserve meaning and dignity through transition.
6. Restore boundaries and auditability in the new structure.
7. Provide roles, incentives, and pathways for movement.
8. Reduce re-entry pressure.
9. Validate the new attractor under stress.
10. Track recurrence after transition.

Core restoration rule:

Build the better basin before demanding mass exit from the old one.

10. Compact Registry Entry

id: SCALE-041
name: "Higher-Coherence Attractor Requirement"
family: "SCALE-G — Basin and Attractor Mechanics"
type: "transition-supersession-mechanic"
status: "draft-ready"
short_definition: "Pseudo-coherent basins are not reliably exited by critique, demand, disruption, or exposure alone; a viable higher-coherence attractor must be formed."
canonical_pattern: "basin exit requires viable higher-order attractor"
failure_signature: "pseudo-coherent basin + critique/exposure/disruption without higher-coherence attractor ⇒ destabilization or re-entry"
primary_variables:
  - O
  - H
  - ε
  - ι
  - Au
  - µᵢ
  - BΣ
  - K
  - R
  - Φ
primary_diagnostics:
  - alternative_viability
  - O_new
  - H_reduction
  - Au_new
  - BΣ_new
  - K_transition
  - R_transition
  - µᵢ_continuity
  - reentry_risk
  - τ_m_after_transition
related_failure_modes:
  - failed_supersession
  - substitute_basin_capture
  - symbolic_alternative
  - transition_collapse
  - reentry
  - pseudo_reform
  - exposure_without_restoration
  - basin_hardening
  - fragmentation
restoration_implication: "Design and validate a viable higher-coherence attractor with material pathways, auditability, boundary clarity, restoration capacity, and meaning continuity before demanding large-scale exit."

11. One-Line Canon

A pseudo-coherent basin is not reliably exited until a higher-coherence attractor is visible, viable, and able to hold transition.