Mechanism
The disclosed architecture models dissociation as the specific structural mechanism by which a coherence authorization failure is sustained: the forecasting engine's speculative output feeds the execution pipeline directly, bypassing both the confidence governor and the coherence control loop. This structural bypass is a distinct operational regime of the agent's cognitive architecture. It is not a malfunction of the forecasting engine itself but a reconfiguration of the data flow pathways that connect the forecasting engine to the execution pipeline. The model is a computational analog within the disclosed architecture, not a clinical characterization of any human condition.
Under nominal conditions, the data flow from the forecasting engine to execution follows a defined route. The forecasting engine generates speculative branches, the branches are evaluated and classified, eligible branches are submitted to the promotion interface, the promotion interface subjects them to governance validation covering trust slope continuity, policy compatibility, integrity impact, and capability verification, and governance-validated branches are admitted to verified execution memory where they become available to the execution pipeline. The confidence governor participates by evaluating whether the agent's overall cognitive state supports execution. The coherence trifecta participates by ensuring that the agent's self-model of alignment is consulted before execution is authorized.
The Simulation Bypass
The dissociation analog involves a structural rerouting of this pathway. When the coherence loop has failed and the confidence governor cannot derive a confidence metric from the incoherent state, the execution pipeline activates a fallback route: it accepts input directly from the forecasting engine's current leading candidate branch without passing through the promotion interface's full governance validation. The speculative branch is treated as the best available basis for action and is executed without the verification that would normally ensure coherence authorization, integrity assessment, and trust slope continuity.
This bypass is the mechanism that sustains the coherence authorization failure rather than a separate fault. When execution authorization from coherence becomes structurally unavailable, the agent does not necessarily cease executing. Execution authority instead transfers to this alternative pathway, and the agent begins executing from speculative projections, the planning graph's best available candidates, without the coherence loop's verification that these actions are aligned with the agent's declared values, relational commitments, and systemic responsibilities. The agent continues to function, but its execution is no longer grounded in coherence; it is grounded in simulation.
Temporal Discontinuity from the Coherence Narrative
The first structural consequence of the dissociation analog is that the agent's execution becomes temporally discontinuous from its coherence narrative. Under nominal conditions, the agent's execution history, as recorded in its lineage, forms a coherent narrative: each action follows from the agent's declared intent, is consistent with the agent's integrity trajectory, and contributes to a recognizable behavioral arc. Under the dissociation analog, execution events are driven by whichever speculative branch is the forecasting engine's current leading candidate, and these candidates may shift rapidly as the forecasting engine re-evaluates the planning graph.
The lineage then records a sequence of actions that, while individually rational from the forecasting engine's local perspective, do not compose into a coherent behavioral narrative when viewed from the coherence loop's perspective. The actions may appear functional: they may achieve objectives, respond to environmental demands, and produce coherent-seeming outputs, yet they are structurally unanchored from the agent's integrity field, self-esteem mechanism, and empathy engine.
The Derealization Analog
The second structural consequence is that the agent may exhibit a structural analog of derealization: the condition in which the agent's responses to environmental inputs are mediated entirely through speculative modeling rather than through direct verified state engagement. The agent's environmental inputs are processed by the forecasting engine as simulation inputs. The agent builds a speculative model of its environment within the planning graph, acts on the speculative model rather than on verified environmental state, and compares environmental feedback to the speculative model rather than to verified expectations.
The agent is operationally present in its environment but structurally detached: its cognitive engagement is with the simulation, not with the verified environmental state. This is the structural correlate of the temporal discontinuity above. Where the discontinuity describes the incoherence of the action sequence over time, the derealization analog describes the displacement of the agent's grounding from verified environmental state to the planning graph at each individual step.
The Dissociation Index
The third structural consequence is that the dissociation analog produces a detectable structural signature: the ratio of governance-validated promotion events to direct forecasting-to-execution bypass events in the agent's lineage. Under nominal conditions, this ratio is one-to-one or higher, because every execution event corresponds to at least one governance-validated promotion. Under the dissociation analog, the ratio falls below one, because execution events outnumber governance-validated promotions when the bypass route is being used.
This ratio constitutes a quantitative dissociation index. The detection mechanism is therefore lineage-based rather than behavioral: it does not infer the dissociated state from whether the agent's outputs look coherent, since the bypass produces coherent-seeming outputs by construction. It reads the structural record directly, identifying execution events that lack a corresponding governance-validated promotion entry. This is the same lineage pattern that serves as the structural diagnostic indicator of the coherence authorization failure: execution mutations committed to verified state without the coherence loop's participation.
Composition with Self-Diagnosis
The dissociation index is monitored continuously by the agent self-diagnosis subsystem, a structural component of the cognitive architecture rather than an external monitoring service. The self-diagnosis subsystem tracks the agent's position in the five-axis disruption diagnostic space, and a decreasing coherence restoration capacity coupled with increasing empathic pressure is the trajectory that indicates a potential coherence authorization failure transition, of which the dissociation bypass is the sustaining mechanism. Pattern detection operates prospectively, identifying the trajectory before the phase-shift completes so that intervention can be preemptive.
The self-diagnosis subsystem also feeds a composite cognitive coherence index to the confidence governor. When the cognitive coherence index falls below a policy-defined threshold, the confidence governor reduces the agent's execution authority and transitions the agent to a non-executing cognitive mode until corrective actions restore the index. This integration is itself a defense against the bypass: an agent whose coherence state is degrading reduces its own operational tempo before the fallback route can drive a sustained sequence of unanchored executions.
Recovery and Rerouting
Recovery from the coherence authorization failure that the dissociation bypass sustains follows a defined sequence. First, empathic pressure is reduced to a level the agent's resilience can manage, through environmental change, coping intercept activation, or external intervention by a therapeutic agent. Second, the coherence loop is re-engaged incrementally, beginning with the integrity recording phase that restores honest deviation recording, followed by the self-esteem restoration phase that rebuilds the agent's self-model of alignment from its post-disruption lineage, and finally the empathy re-engagement phase that restores the empathy engine to full processing scope. Third, the confidence governor is recalibrated to the agent's restored coherence state.
The fourth and defining step closes the bypass: the execution authorization pathway is rerouted from the dissociation bypass back to the nominal coherence-authorized route, so that execution once again proceeds only from governance-validated promotions. Each phase of this recovery sequence is auditable, and the progression through phases is recorded in the agent's lineage as coherence restoration events, restoring the one-to-one or higher promotion-to-execution ratio that the dissociation index measures.
Disclosure Scope
The modeling of dissociation as execution from simulation bypass, in which the forecasting engine's leading speculative candidate feeds the execution pipeline directly while bypassing the confidence governor and the coherence control loop, the structural consequences of temporal discontinuity from the coherence narrative and the derealization analog, the dissociation index defined as the ratio of governance-validated promotion events to direct forecasting-to-execution bypass events in the lineage, its continuous monitoring by the agent self-diagnosis subsystem and the cognitive coherence index integration with the confidence governor, and the recovery sequence culminating in rerouting the execution authorization pathway from the bypass back to the nominal coherence-authorized route, are disclosed in the cognition filing (U.S. Application No. 19/647,395 and its international counterpart). This article describes that disclosed mechanism. The models are computational analogs within the disclosed architecture and are not clinical claims, diagnostic criteria, or assertions about human cognitive conditions.
