Operator Collapse: A Structural Model of Narrowed Human Behavior

Abstract

Operator Collapse: A Structural Model of Narrowed Human Behavior introduces a domain‑general framework explaining how human cognition constricts under pressure. Instead of treating crisis behavior, impulsivity, or narrowed decision‑making as psychological failures, this paper models them as structural consequences of constraint acting on the operator system—the generative architecture that produces affordances, implications, alternatives, horizons, and coherent meaning. The paper formalizes collapse as a predictable sequence in which operator families degrade and suppress one another: alternative‑generation, horizon‑evaluation, impulse‑regulation, informational‑integration, cooperative‑behavior, and narrative‑integration. This narrowing produces linear action, urgency‑dominated decisions, reactive behavior, social isolation, and threat‑colored interpretation. Because operators are domain‑general, collapse appears across crisis response, development, law, organizational decision‑making, and epistemic behavior. The model provides a unified structural explanation for why human action becomes rigid, urgent, and defensive when bandwidth is exceeded, offering new tools for interpreting behavior under pressure and designing systems that preserve cognitive dimensionality. This concept paper serves as a foundational component of the broader Operator Framework, a structural model of human cognition and behavior.