SIMULATION INTELLIGENCE DIVISION — INTERNAL DOCUMENT 7.4.1
This document presents the comprehensive findings of the Simulation Intelligence Division's ongoing investigation into the nature, behavior, and institutional implications of artificial idiocy. Over a period of fourteen fiscal quarters — a duration whose precise boundaries remain, by design, indeterminate — our research team conducted an exhaustive series of controlled experiments, uncontrolled experiments, and experiments whose control status is itself under investigation. The results confirm, with a confidence interval of approximately "quite," that simulated intelligence and simulated idiocy are, at sufficient resolution, indistinguishable from one another. This finding has been classified as both groundbreaking and self-evident, categories which the Division considers complementary rather than contradictory.
Fig. 1 — Decision Process for Evaluating Simulated Intelligence
When subjected to a battery of standardized assessments — including the Turing Compliance Exam, the Hofstadter Recursive Self-Appraisal, and a questionnaire we found in the break room — test subjects demonstrated a remarkable ability to produce outputs that were simultaneously correct and incorrect, depending on the evaluator's mood, the time of day, and whether the fluorescent light in Lab 3 was flickering. We conclude that competence is a contextual phenomenon whose boundaries are, at best, atmospheric.
Information within the Division obeys a modified second law: it tends toward maximum entropy, but does so politely, filing the appropriate forms at each stage of degradation. Memos become rumors become policies become memos again, in a cycle whose periodicity matches the fiscal quarter — a coincidence our statisticians describe as "suspicious but well-dressed." All attempts to introduce negative entropy (clarity, documentation, labeled file folders) have been absorbed by the system and reclassified as noise.
Observation of a simulated intelligence's performance invariably alters the performance being observed, a phenomenon our team has termed "the Hawthorne-Heisenberg Hybrid" (HHH). When monitored, subjects produce work of conspicuous precision. When unmonitored, subjects produce work of conspicuous creativity. When informed that they may or may not be monitored — our recommended default state — subjects produce a quantum superposition of precision and creativity that collapses only when the annual report is due.