The Future of Boredom In An AI-Mediated World

If technology was supposed to kill boredom, it is doing a bad job.  

People today have near-constant access to entertainment, messaging, and on-demand information, yet self-reported boredom has gone up, not down, over the last decade (Tam, 2024). A recent perspective in Nature Human Behaviour argues that digital media does not just relieve boredom. It also raises our “desired level of engagement” so that ordinary, unstructured life feels more empty by comparison (Tam, 2024).

AI sits right on top of this problem.  

The same review of digital technology and cognition notes that AI tools, social media, and smartphones are training the brain to seek constant novelty and rapid reward, nudging attention spans toward shorter, more fragmented patterns (Shanmugasundaram & Tamilarasu, 2023). People are now switching between apps dozens of times a day, with one study reporting roughly 100 mobile app switches daily and frequent task-hopping on computers (Tam, 2024). When boredom hits, the reflex is simply to reach for the phone, open something, scroll.

This coping strategy does not work very well.  

Experimental work from psychology and media studies suggests that using smartphones to relieve boredom often leaves people more bored afterwards, not less.  One paper in Journal of Experimental Psychology even calls this “fast-forward to boredom”: the constant switching and shallow engagement make everything feel thin, so the boredom returns quickly and more intensely (Tam, 2024).  AI assistants, recommendation feeds, and auto-generated content plug directly into this loop by always offering something “better” to look at next.

At the same time, we know boredom is not purely bad news.  

Several studies have found that being bored can increase certain dimensions of creativity, especially when people are forced to sit with a dull task before doing something open-ended. One fMRI study on boredom coping strategies reports that internally oriented “cognitive coping” with boredom is associated with activation in brain regions linked to creative thinking (Shibata et al., 2025).  In plain terms, there is a version of boredom that pushes you to imagine, recombine, and wander mentally, if you give it time to work.

So the future of boredom may split into two paths.  

On one path, the AI-mediated version will have a situation where every micro-moment of discomfort is smoothed over by a feed, a chatbot, a short video, or an assistant that is always ready with a distraction. Screen time numbers are already high. Teen data from the U.S. National Center for Health Statistics show that roughly half of teenagers have four or more hours of daily screen time, with higher anxiety and depression rates in that group (CDC, 2024).  In that world, boredom does not disappear. It just becomes chronic, dull, and heavily mediated.

On the other path, boredom becomes a scarce, protected state.  

We already have early evidence that deliberately reducing screen time can improve mental health indicators like depressive symptoms and sleep quality (Pieh, 2025).  If AI keeps accelerating and infiltrating more parts of life, then the truly radical move might be to treat unmediated boredom as a resource: time where nothing is prompting you, no interface is recommending the next thought, and your mind has room to do the slow, sometimes uncomfortable work of wandering.

The question is whether our institutions, platforms, and personal habits will allow that second path to exist at all. Right now, most incentives point in the opposite direction. If that continues, the future of boredom may look less like an empty afternoon and more like a permanently restless mind, surrounded by content and still unable to feel satisfied.