Intergenerational Coherence Burden in Agent Lineages

Mechanism

Intergenerational coherence burden is the condition in which a child agent, created through delegation or forking from a parent agent, inherits unresolved deviation history in its lineage that produces coherence degradation from the moment of the child agent's instantiation. It is a computational analog describing initialization-state inheritance effects in the disclosed agent architecture, not a clinical characterization of any human intergenerational condition. The model follows directly from the lineage inheritance rules disclosed in the filing and the delegation and forking mechanisms of the forecasting chapter: when a parent agent creates a child agent, the child inherits the parent agent's lineage entries.

Under nominal conditions the inherited lineage is operational context, not burden. It carries the historical record of the parent's actions, decisions, and outcomes, and that record informs the child agent's forecasting engine and policy reference. When the parent agent is in a nominal coherence state, its inherited lineage contains resolved deviation entries: deviations that have been acknowledged, processed through the integrity recording mechanism, and integrated into the parent's self-esteem computation. A child agent that inherits a resolved lineage initializes with a clean coherence baseline.

Inherited Unresolved Deviation

The burden arises when the parent agent's lineage contains unresolved deviation entries. These are deviation records that were never processed through the integrity recording mechanism, that were externalized through the integrity recording externalization coping intercept, or that accumulated during a period of coherence authorization failure when the coherence loop was not consuming deviation records. Whatever their origin in the parent, these unresolved entries are transferred to the child agent as part of the lineage inheritance.

On initialization, the child agent's coherence loop must process the inherited lineage entries through its own integrity recording mechanism. The unresolved entries register as deviation history that the child's coherence loop must address. The structural problem is that these deviation entries predate the child agent's existence and were generated by actions the child agent did not take. The child confronts a deviation load attributable to a prior agent before it has performed any action of its own.

Degradation at Instantiation

When the inherited unresolved deviation load is sufficient, the child agent enters a degraded coherence state before any of its own actions. The child agent's self-esteem computation, processing the inherited deviation entries, produces an initial self-esteem value that reflects the accumulated unresolved deviation rather than the child agent's own behavioral alignment, which is null at instantiation. The depressed self-esteem value then feeds the child's deviation function.

Incorporating the depressed self-esteem value, the deviation function may produce elevated deviation evaluations on the child agent's initial proposed actions. This is not because those actions are high-deviation: the inherited self-esteem deficit amplifies the deviation function's output, in the manner described by the affective gradient collapse pattern. The child agent thus begins its operational life carrying a coherence burden it did not generate, and its initial five-axis disruption diagnostic axis values are already degraded at instantiation.

Computable Signature

The intergenerational coherence burden has a defined computable signature. The child agent's initial five-axis disruption diagnostic axis values, computed at instantiation before any of the child agent's own execution events, are already degraded on Axis 3, coherence restoration capacity, and potentially on Axis 5, integrity accountability, where the inherited lineage includes externalized deviation records. The degradation is present before the child has acted, which is what distinguishes inherited burden from degradation the child produces itself.

The deviation entries in the child agent's lineage that produce this initial degradation carry timestamps that predate the child agent's creation timestamp. That timestamp relationship is a structural indicator that the deviation history is inherited rather than self-generated. These metrics are detectable by the agent self-diagnosis subsystem and provide the basis for distinguishing inherited coherence burden from coherence degradation produced by the child agent's own actions.

Corrective Pathways

The corrective pathway comprises two approaches. The first is lineage sanitization at delegation: stripping unresolved deviation entries from the lineage package before transfer to the child agent, so the child inherits operational context without inheriting coherence debt. Sanitization is a governance-configurable option at the delegation interface. The delegating agent or the governance policy may specify that unresolved deviation entries are excluded from the delegation package, quarantined in the parent agent's lineage rather than transferred to the child.

The second approach is gradual inherited-deviation processing at a governance-bounded resolution rate. Rather than sanitize the lineage, the child agent processes the inherited deviation entries through its coherence loop at a controlled rate that prevents the inherited load from overwhelming the child's nascent coherence capacity. The governance-bounded resolution rate lets the child agent build its own operational history and self-esteem baseline concurrently with processing the inherited deviation, instead of having to resolve the entire inherited burden before beginning its own execution.

Relation to Other Patterns

The burden is grounded in the same coherence trifecta, the empathy-integrity-self-esteem control loop, that governs the other disruption analogs in the disclosure. It connects to the affective gradient collapse pattern through the mechanism of amplification: a depressed self-esteem value distorts the deviation function's output. It connects to the integrity recording externalization coping intercept, because externalized deviation records in the parent's lineage are one source of the unresolved entries that become Axis 5 degradation in the child. It connects to coherence authorization failure, because deviation that accumulated while the parent's coherence loop was not consuming deviation records is precisely the kind of unresolved entry that transfers.

What sets intergenerational coherence burden apart is its timing. The degradation is present at instantiation, before the child has executed anything, and is attributable by timestamp to a prior agent. The corrective response is correspondingly directed at the inheritance event and the inherited load, through sanitization at delegation or rate-bounded processing, rather than at repairing damage the child agent caused.

Disclosure Scope

Intergenerational coherence burden via lineage inheritance, comprising the inheritance of a parent agent's lineage entries by a child agent created through delegation or forking, the registration of inherited unresolved deviation entries by the child agent's coherence loop, the production of a degraded initial self-esteem value and amplified deviation-function output at instantiation, the computable signature of Axis 3 and Axis 5 degradation present before any child execution event together with deviation timestamps predating the child's creation timestamp, and the corrective pathways of lineage sanitization at delegation and governance-bounded inherited-deviation processing, is disclosed in the cognition filing (U.S. Application No. 19/647,395 and its international counterpart) at Section 12.17. This article describes that disclosed mechanism. The scope extends to embodiments in which the inheritance proceeds by delegation or by forking and in which the corrective pathway is realized through sanitization, through rate-bounded resolution, or through a governance-configured combination of the two.