PAT-0110
Asymmetric Structure
A structural condition where comparable regions receive unequal rule, constraint, or authority application without a declared differentiation rule.
Primary Lenses
Convergence Lens
Compares parallel structural systems to determine whether they align under shared authority.
Lens Application
The Convergence Lens is a strong inspection mechanism for Asymmetric Structure because it tests whether comparable structural systems align when governed by the same authority. It helps reveal where rules, constraints, approvals, or permissions diverge across parallel regions without an explicit basis for differentiation.
Inspect For
- Comparable regions subject to different rule applications
- Shared authority producing divergent approval paths
- Constraints applied unevenly across parallel systems
- Local exceptions lacking declared criteria
Avoid
Unequal treatment should be read as an inspection signal rather than confirmation that asymmetric structure is present.
Variance / Entropy Lens
Measures structural variability across repeated or comparable evaluations and identifies divergence beyond expected bounds.
Lens Application
The Variance / Entropy Lens is a strong inspection mechanism for Asymmetric Structure because it highlights where comparable regions show unexpected spread, drift, or inconsistency in applied rules. Elevated variance can focus review on places where authority, constraints, or enforcement may be distributed unevenly without a declared differentiation rule.
Inspect For
- Uneven outcomes across comparable regions
- Rule application variance beyond expected bounds
- Repeated exceptions clustered in one area
- Authority or constraint drift over time
Avoid
Treat variance as a signal for focused inspection rather than as sufficient evidence that Asymmetric Structure is present.
Secondary Lenses
Compression Lens
Reduces structural graphs into stable minimal representations for comparison, redundancy detection, and diffing.
Lens Application
Compression Lens can support Asymmetric Structure indirectly by simplifying comparable structural regions before comparison. When compressed representations differ where similar treatment would be expected, the differences may point to uneven constraint, rule, or authority application worth inspecting.
Inspect For
- Minimal forms that diverge across comparable regions
- Redundant rules preserved in one region but removed in another
- Similar nodes compressed under different constraint sets
- Diff outputs showing unexplained authority or rule asymmetry
Avoid
Treat compressed differences as signals for further inspection rather than as evidence that Asymmetric Structure has been established.
Primary Issue Matches
No primary issue matches.