June 11, 2026 • 11 min read

The Role of Boredom in Creativity: Why Idle Minds Generate Better Ideas

We have spent the last decade engineering boredom out of existence. We have succeeded. And the cost, which is only now becoming clear in the research, is measurable damage to creative thinking, problem-solving, and the mental states that produce our most original work.

Boredom has a reputation problem. It is associated with laziness, unproductivity, and the failure to make use of one's time. In an attention economy designed to extract engagement from every idle moment, boredom has been framed as a problem to be solved — and smartphones, social media, and streaming services have obliged. But a growing body of neuroscience and psychology research suggests that boredom is not the enemy of creativity. It may be its essential precondition.

What Boredom Actually Is (Neurologically)

Boredom is not the absence of thought. It is a specific affective state characterized by low external stimulation, high desire for engagement, and a resulting internal orientation toward the self and one's own mental content. When you are bored, your brain does not go quiet — it activates the default mode network (DMN), the system of brain regions that becomes more active during unfocused, undirected thought.

The DMN is the neurological substrate of what we loosely call the "wandering mind" — and it is specifically associated with the mental processes that produce creative insight: making novel associations between previously unconnected ideas, simulating future scenarios, retrieving autobiographical memories and finding patterns in them, and processing complex social and emotional material. These are not peripheral functions; they are central to the most valuable thinking humans do.

When external stimulation is high — as it is during virtually all screen time — the DMN is suppressed. The task-positive network (TPN), associated with focused, externally directed attention, is engaged instead, and the two networks tend to be anti-correlated: when one is active, the other is inhibited. The perpetual stimulation of the modern attention environment means the DMN rarely gets the uninterrupted time it needs to do its most valuable work.

The Research on Boredom and Creative Output

The empirical evidence for boredom's creative benefits is more robust than most people expect.

A landmark 2014 study by Sandi Mann and Rebekah Cadman at the University of Central Lancashire assigned participants to a boring task (copying numbers from a phone book) before a standard creative thinking assessment. The bored group significantly outperformed the control group on measures of divergent thinking — the ability to generate multiple original ideas from a single prompt. A follow-up study found that passive boredom (reading a list of numbers) was less effective than active boredom (reading the list and then daydreaming) — suggesting that it is specifically the daydreaming state enabled by boredom, rather than the boredom itself, that drives creative enhancement.

Research by Jonathan Smallwood and Jonathan Schooler at the University of California, Santa Barbara, has shown that mind-wandering — the cognitive state that boredom facilitates — is positively correlated with creative problem-solving, future planning, and the kind of incubation effects that produce sudden insight solutions. Their work helped establish the counterintuitive finding that a wandering mind is not a failing mind; it is a mind engaged in cognitive work that focused attention cannot perform.

"Boredom is a push toward something. It is a desire for stimulation that, when external stimulation is withheld, turns inward — and that inward turn is where the most interesting cognitive work happens." — Sandi Mann, University of Central Lancashire

A 2019 meta-analysis by Westgate and Wilson synthesized the experimental literature on mind-wandering and creativity and found consistent positive effects of mind-wandering during incubation periods on subsequent creative performance. The effect was particularly strong for problems requiring novel combinations of existing knowledge — exactly the kind of problems that define creative work across fields.

Why Smartphones Are Destroying Creative Incubation

The implications for smartphone use are significant. Every moment of boredom that is immediately resolved with a screen is a moment of potential DMN activity that is suppressed instead. The commute where you used to stare out the window. The queue where you used to let your mind drift. The ten minutes before sleep when random associations used to surface. All of these are now occupied by curated content, social media, or messaging — and the creative incubation that used to happen in those interstices is not happening.

This is not speculation. A 2017 study by Adrian Ward and colleagues at the University of Texas found that the mere presence of a smartphone on a desk — screen down, silent, not in use — reduced working memory capacity and fluid intelligence compared to having the phone in another room. The phone doesn't need to be used to compete for cognitive resources; its presence alone is enough to divert attention from the internal processing that boredom and mind-wandering facilitate.

The most creative periods in many people's lives were probably periods of structural boredom: long summers without screens, commutes without podcasts, waiting rooms without wi-fi. This is not nostalgia; it is a recognition that the brain does specific and important work during unoccupied time, and that eliminating unoccupied time eliminates that work.

Incubation: The Science Behind "Sleeping on It"

Boredom's creative benefits are closely related to the well-documented phenomenon of incubation — the period of apparent non-work during which the unconscious mind continues processing a problem that conscious effort has stalled on. The instruction to "sleep on it" or "let it percolate" is not folk wisdom; it is a description of a real cognitive process.

Research on incubation consistently shows that taking breaks from difficult problems — especially breaks that involve low-demand activities that allow mind-wandering — improves subsequent performance on those problems more than continued focused effort. The mechanism is believed to involve the forgetting of incorrect solution paths (which allows new approaches to emerge) and the spreading activation of associated concepts in long-term memory (which allows novel connections to form beneath the threshold of conscious attention).

The practical implication: the time you spend bored, walking without headphones, staring out a window, or doing mindless household tasks while thinking about nothing in particular is not unproductive time. For problems you've been consciously working on, it may be the most productive time available. See our piece on productive solitude for the related research on why deliberately unoccupied time is a performance asset.

Deliberate Boredom: How to Use Idleness as a Tool

Understanding boredom's creative function suggests a counterintuitive practice: deliberately scheduling boredom. Not the passive, resentful boredom of having nothing to do, but the intentional allocation of unoccupied time to allow the DMN to process, synthesize, and generate.

Here is a practical framework for deliberate boredom:

1. Load before idling. The creative benefits of mind-wandering are greatest when the DMN has rich material to work with. Before a walk, a shower, or a low-demand period, spend time intensively loading a problem or topic into conscious memory — reading, thinking, writing notes. The subsequent boredom period gives the unconscious mind the content it needs to make novel connections.
2. Protect the transition moments. The most generative boredom opportunities are often the smallest: the gap between parking the car and entering the office, the first few minutes after waking, the walk from one meeting to another. These micro-intervals are where the DMN most reliably activates. Protect them from the phone.
3. Practice "device-free waiting." Queues, waiting rooms, and transit time are structured boredom opportunities. The discomfort of waiting without a screen is real but diminishes with practice. What often replaces it is a quality of thought that was not available when the screen was there.
4. Schedule a "boredom walk." A twenty-to-thirty minute walk with no podcast, no phone, no destination agenda — just your thoughts and the physical world. Many productive thinkers across history have reported their best ideas arriving on such walks. Darwin, Nietzsche, Kant, and Steve Jobs were all habitual solo walkers. The walk is not where you think about the problem; it is where the problem thinks itself out.
5. Treat shower thoughts as data. The shower is one of the few remaining environments where boredom is structurally enforced — there is nothing else to do. The ideas that arrive there are not accidents; they are the product of the DMN finally getting uninterrupted processing time. Keep a waterproof notepad or a voice memo app nearby to capture them.

Boredom Tolerance as a Trainable Skill

One of the underappreciated consequences of chronic stimulation is that it has eroded most people's capacity to tolerate boredom — which in turn makes deliberate boredom practices feel almost physically uncomfortable. If you have conditioned yourself to reach for your phone the moment any undirected moment arises, the first attempts to sit with boredom will generate genuine anxiety. This is not weakness; it is the predictable result of having trained a stimulus-response pattern for years.

Boredom tolerance is trainable. Mindfulness meditation is the most evidence-based training for it. The core skill that meditation builds — sustaining attention on a single, relatively unstimulating object (the breath) without seeking novelty — is directly analogous to the skill of sitting with boredom without reaching for a distraction. Regular practitioners show greater tolerance for unstructured time, less compulsive phone checking, and higher rates of mind-wandering — all of which support the creative benefits described above.

Headspace's meditation programs build exactly this capacity: the ability to be present with your own mind, in the absence of external stimulation, without the discomfort that drives most people immediately to their screens. This is not just a stress-reduction tool — it is training for the cognitive state in which creative work is most naturally generated.

The Attention Residue Problem

Even when people nominally give themselves boredom time, they often fail to benefit from it because of what researcher Sophie Leroy calls "attention residue" — the portion of attention that remains on a previous task even after physically moving to a new activity. If you check email before your walk, your mind is not actually idle during the walk; it is still processing email. The DMN requires genuine disengagement from active tasks, not just physical departure from them.

This is why transition practices — brief moments of conscious disengagement before attempting deliberate boredom — can improve its creative yield. A few minutes of slow breathing or physical movement before a boredom walk, explicitly letting go of whatever you were working on, allows the attention residue to clear and the DMN to engage more fully. For more on the science of attention residue, see our piece on attention residue and deep work.

Key Takeaways