CONCEPT
Temporal Undulation
Hyperobjects involve timescales so radically mismatched to human experiential time that they produce a perceptual scotoma — a blind spot in time.
Temporal undulation is Morton's third hyperobject property. Hyperobjects operate on timescales exceeding human perceptual resolution — the 24,100-year half-life of plutonium-239, the century-scale accumulation of atmospheric CO₂, the generational transformation of cognitive infrastructure by AI. The nervous system evolved to detect threats operating on seconds-to-years timescales. It cannot process deep time. Not poorly — not at all. The mismatch is ontological. Applied to AI, temporal undulation explains why the smooth's damage is invisible: cognitive restructuring operates on the biographical timescale (months to years), where no single interaction produces measurable change but the aggregate, accumulated invisibly, may be profound.
In The You On AI Field Guide
The AI hyperobject undulates across three temporal scales simultaneously. First, the immediate: nanosecond-to-second computational inference, too fast for perception. The user experiences the response as instantaneous; the computation is invisible. This invisibility contributes to smoothness — the response appears without process, without labor, as if given rather than produced. Second, the biographical: months-to-years restructuring of individual minds through habitual interaction. This is the timescale where the Berkeley