Boredom in modern life isn't about having nothing to do—it's usually caused by having way too much on your plate.
While we assume boredom comes from under-stimulation, this research suggests that in high-speed, high-interruption environments, the brain is never allowed to complete its natural 'rest' cycles. This 'truncated oscillation' leaves us in a permanent state of restless frustration and motivational ambiguity that feels exactly like being bored.
Boredom as Regulatory Transition: Oscillatory Suppression in High-Activation Environments
SSRN · 6330319
Boredom is usually attributed to under-stimulation or perceived meaninglessness. Yet it frequently persists in high-activation environments characterized by continuous stimulation, rapid task-switching, frequent interruptions, and dense informational input. This paper proposes that such boredom reflects truncated oscillatory transitions within large-scale brain networks: executive dominance attenuates, but default-mode network (DMN) integration never fully stabilizes. Adaptive cognition depends