CONCEPT
Stressor Accumulation
Selye’s finding that organisms re-alarmed by a cascade of novel stressors before completing adaptation to the previous one deplete their adaptive reserves faster than any single sustained challenge—the biological mechanism that makes the AI transition, with its relentless release of new capabilities, more metabolically dangerous than any stable high-demand environment.
Stressor accumulation describes the physiological consequence of encountering multiple genuinely novel demands in rapid succession, before the organism has completed the adaptation cycle triggered by the previous one.
Hans Selye documented the mechanism in laboratory animals and found it to be one of the most efficient routes to exhaustion: each new stressor triggers a fresh alarm reaction, drawing on the same finite metabolic reserves, before the resistance phase has had time to build the adaptive capacity that would cushion the next alarm. The
General Adaptation Syndrome is designed for a single sustained challenge; it is poorly equipped for the cascade. The cost compounds. The reserves deplete at a rate that the resistance phase cannot compensate for. The practical import for the AI transition is direct and uncomfortable: the technology community is not experiencing a single sustained stressor to which it can adapt. It is experiencing a cascade