0. Registry Classification

• Family: Core
• Treatment: Standalone / Canon-Aligned
• Status: draft
• Scope: Cross-Domain
• Primary U-Layers: TBD
• Operator Scaffold: Π + Θ + selective decoupling
• Primary Diagnostics: H, ι, Au, BΣ, K, R, 𝓓(t), τ_m

1. Purpose

This arc repairs overload, bandwidth failure, oscillation risk.

Core restoration function:

TBD. State the canonical restoration function during editorial review.

2. Use Conditions

Use when:

• TBD. Add use conditions during editorial review.

Do not use when:

• TBD. Add contraindications during editorial review.

Preconditions:

• Stabilization can be established or is already present.
• Auditability can be preserved or restored.
• Required gates can be enforced.

3. Failure / Damage Signature

TBD. Map the pre-state across S during editorial review.

4. Restoration Objective

Restore coherence by reducing hidden debt and inversion, increasing auditability, repairing boundaries where relevant, and validating the result over time.

5. Operator Sequence

identify nonessential load
→ reduce gain
→ remove active stressors
→ suspend expansion
→ preserve core functions
→ stabilize ring-down

Sequence notes:

TBD. Clarify stage gates, repeatable steps, irreversible steps, and temporal validation requirements during editorial review.

6. Gates

TBD. Add required gate checks and failure rules during editorial review.

7. Diagnostics

Required diagnostic trends:

• H decreases
• ι decreases
• Au increases or remains adequate
• BΣ is restored or preserved
• R increases
• recurrence decreases

8. Anti-Patterns / False Restorations

TBD. Add named anti-pattern links and false restoration risks during editorial review.

9. Completion Criteria

𝓑 ↑
τ_resp ↓
𝓓 ↑
H growth slows or reverses

Completion requires temporal proof and must not depend on Φ recovery alone.

10. Cross-Links

TBD. Add related restoration arcs, failure modes, diagnostics, laws, and invariants during editorial review.

11. Domain Notes

TBD. Add domain cautions where this arc applies to AI, governance, biology, economy, CMS, or archetypal systems.

12. Machine-Readable Metadata

id: "RA-007"
title: "Load Shedding"
family_primary: "Core"
treatment: "Standalone / Canon-Aligned"
status: "draft"
summary: "This arc repairs overload, bandwidth failure, oscillation risk."
source: "RA-REGISTRY-PLAN.md"

13. Compact Production Version

Purpose: This arc repairs overload, bandwidth failure, oscillation risk.

Operator scaffold:

identify nonessential load
→ reduce gain
→ remove active stressors
→ suspend expansion
→ preserve core functions
→ stabilize ring-down

Completion criteria:

𝓑 ↑
τ_resp ↓
𝓓 ↑
H growth slows or reverses

14. Entry Quality Checklist

TBD. Complete the template quality checklist before marking this entry ready.

15. Source Status

This scaffold was generated from RA-REGISTRY-PLAN.md. Matching excerpts from content/archive/restoration-arcs/registry/index.md were included when available. Sections marked TBD should be expanded only from source material, related canon pages, or later editorial review.

16. Source Excerpt

RA-007 — Load Shedding

Repairs: overload, bandwidth failure, oscillation risk

Primary operators: Π + Θ + selective decoupling

Sequence:

identify nonessential load
→ reduce gain
→ remove active stressors
→ suspend expansion
→ preserve core functions
→ stabilize ring-down

Use when:

Shock > 𝓑(t)
R_eff < Load × Gain

Completion signs:

𝓑 ↑
τ_resp ↓
𝓓 ↑
H growth slows or reverses