Why Creative Work Requires More Boredom Than You Think

Among the least fashionable prescriptions in contemporary culture is boredom. In an era of continuous connectivity, on-demand entertainment, and productivity optimization, boredom tends to be understood as a problem to be solved rather than a condition with functional value. The research in cognitive science and psychology suggests this understanding is mistaken, and the practical consequences for creative work are significant.

The body of evidence on boredom and creative cognition, developed primarily over the past two decades, consistently shows that periods of low stimulation are associated with increased creative output, and that the mechanism is specific: boredom activates the default mode network, which is the brain system most directly implicated in the associative thinking that generates original ideas.

Sandi Mann and the Boring Task Experiment

The most widely cited experimental demonstration of the connection between boredom and creativity comes from research by Sandi Mann, a psychologist at the University of Central Lancashire, and her colleague Rebekah Cadman. Their 2014 study, published in the Academy of Management Discoveries, tested the hypothesis that boredom facilitates creative thinking by inducing states of mind-wandering that activate creative cognition.

In the study, participants were assigned to one of three conditions before completing a standard divergent thinking task: copying numbers from a telephone directory for 15 minutes (a boring writing task), reading entries from a telephone directory (a boring reading task), or proceeding directly to the creative task without a prior boring activity. Both boredom conditions produced significantly better divergent thinking scores than the control condition, with the reading condition producing the strongest effect.

Mann and Cadman interpreted this finding as support for the proposal that boredom activates mind-wandering, which in turn activates the default mode network's associative processing capacity. The practical implication, which the authors themselves noted, is that the contemporary tendency to fill every available moment with stimulating input may be systematically depleting the cognitive resources on which creative work depends.

Andreas Elpidorou and the Philosophy of Functional Boredom

Andreas Elpidorou, Associate Professor of Philosophy at the University of Louisville, has developed the most rigorous philosophical account of boredom's functional role. In a series of papers including "The Bright Side of Boredom," published in the journal Frontiers in Psychology in 2014, Elpidorou argues that boredom is an emotion with a specific and important regulatory function.

Elpidorou's account identifies boredom as a signal that the current situation is failing to meet the person's need for engagement and meaning. This signal motivates the organism to seek out more engaging activities. Without the discomfort of boredom, people would be less motivated to pursue novel, creative, or challenging activities. In this framework, boredom is a motivational mechanism that keeps human behavior oriented toward engagement and meaning.

This is a substantive philosophical claim with empirical implications. If boredom functions as Elpidorou argues, then the constant suppression of boredom through stimulation would be expected to reduce motivation for creative engagement, because the signal that drives people toward more meaningful activity is never allowed to occur. Elpidorou's account complements the neuroscientific evidence: boredom both activates creative cognition through default mode engagement and motivates the behavioral shift toward creative activity.

Jonathan Smallwood on Mind-Wandering

Jonathan Smallwood, Professor of Psychology at Queen's University in Canada, is among the leading researchers on mind-wandering, the spontaneous redirection of attention from the immediate environment toward internal thoughts, memories, and imagined scenarios. Smallwood's research has been important in establishing that mind-wandering is not a simple failure of attention; it is an active and often complex cognitive process.

In a series of papers including his influential 2010 review "Shifting the Spotlight of Attention," Smallwood documented that mind-wandering frequently involves processing of personally relevant problems, future planning, and creative ideation. The content of mind-wandering is not random; it tends to cluster around concerns and projects that are currently unresolved. This suggests that the mind-wandering associated with boredom performs something like the incubation function documented in creativity research: it provides an opportunity for the default mode to work on problems that focused attention has been unable to resolve.

Smallwood's research also identified an important qualification: mind-wandering appears to be most productive when it occurs during tasks that are sufficiently familiar to perform with minimal conscious attention. Reading a telephone directory, to return to Mann and Cadman's paradigm, is exactly this kind of task. It occupies just enough attention to prevent the restlessness that unstructured inactivity sometimes produces, while freeing the default mode to engage in its own processing.

The Default Mode Network and Creative Cognition

The neuroscientific foundation for the boredom-creativity connection lies in the properties of the default mode network, a set of brain regions identified by Marcus Raichle at Washington University in St. Louis and mapped in detail by Randy Buckner at Harvard University. These regions, including the medial prefrontal cortex, posterior cingulate cortex, angular gyrus, and hippocampus, show their highest activity during periods of low external stimulation and internally directed thought.

What makes the default mode network relevant to creativity is that it performs exactly the kind of associative processing that underlies creative insight: connecting information from disparate domains, generating hypothetical scenarios, drawing on autobiographical memory to contextualize current problems, and producing spontaneous thoughts that cut across the boundaries maintained by more focused cognitive processing.

Critically, the default mode network and the executive control networks that drive focused, analytic thinking are to a significant degree mutually inhibitory. When external stimulation is high enough to engage executive attention, default mode activity is suppressed. When external stimulation is low, as it is during boredom, the default mode is released to operate more fully. This suppression-release dynamic explains why the constant stimulation of contemporary digital life may be systematically reducing the opportunities for default mode processing that creative work requires.

Stimulation as a Suppressor of Insight

The practical implications of the default mode suppression research are considerable. Several contemporary features of knowledge work and creative life are significant sources of continuous stimulation: smartphone notifications, open-plan offices, instant messaging systems, and the constant availability of entertainment and social media. Each of these, individually and collectively, tends to maintain a level of external stimulation that favors executive attention and suppresses default mode processing.

Research by Gloria Mark, Professor of Informatics at the University of California Irvine, on the cognitive effects of digital interruption has documented that even brief interruptions to focused work produce attention residue, a partial continuing engagement with the interruption that persists after the person has nominally returned to their primary task. The cumulative effect of frequent interruption is to maintain a background level of executive engagement that may be sufficient to suppress default mode processing even during apparent breaks from work.

From this perspective, the habit of reaching for a phone during any moment of inactivity is particularly costly for creative cognition. These moments of potential boredom are precisely when the default mode network has the opportunity to perform its associative processing. The immediate relief of boredom through stimulation purchases comfort at the cost of the cognitive conditions in which creative insight is most likely to occur.

The Historical Pattern

Before the current era of continuous connectivity, daily life contained many more built-in periods of low stimulation: long journeys with no entertainment, waiting rooms without screens, repetitive manual tasks that occupied the hands without demanding cognitive resources. Historical accounts of creative figures frequently include references to these conditions as productive. Charles Darwin took daily walks on a sandwalk at his home in Kent, covering the same short circuit repeatedly while thinking. William Wordsworth composed much of his poetry during walks in the Lake District. Albert Einstein was known for periods of apparently idle reverie at his desk that preceded his most productive periods of mathematical work.

These practices were not coincidental. They were structural features of working lives that inadvertently created the conditions neuroscience would later identify as necessary for incubation and creative insight. The equivalent in contemporary life requires deliberate construction, because the default is now continuous stimulation rather than intermittent engagement.

What This Means

For anyone whose work requires original thinking, the research on boredom and creative cognition supports a set of practices that run counter to the dominant culture of productivity.

Building boredom into a daily creative practice is empirically supported. Periods of low stimulation, including intentional boredom, are associated with increased default mode network activity and subsequently improved divergent thinking. Scheduling these periods, rather than hoping they occur accidentally, treats creative cognition with the same seriousness as other cognitive functions.

Resisting the urge to relieve boredom immediately is a specific creative skill. The reflex to reach for a phone or other stimulation at the first sign of boredom reliably terminates the cognitive conditions under which creative insight is most likely. Developing a tolerance for the mild discomfort of boredom is a trainable capacity, and the research suggests the payoff in creative output justifies the effort.

Mildly stimulating, undemanding activities are more effective than complete inactivity. Walking, repetitive physical tasks, and routine household activities appear to produce more reliable creative insight than simply sitting still. The optimal incubation activity occupies motor and sensory systems without capturing executive attention.

Reviewing one's relationship to constant stimulation is worth the effort. The cumulative effect of chronic stimulation on default mode processing is an empirically documented phenomenon. Identifying the specific sources of continuous stimulation in one's daily environment, and finding where they can be reduced without significant cost, is a practical intervention with research support.

For creative practitioners interested in developing awareness of their own attentional patterns and what happens to their thinking during periods of rest and stimulation, Nikita Datar's The Observer offers tools for attending to these processes with more precision than habit typically allows.