In Defense of Boredom: Why Your Kid Needs More of It

“I’m bored.”

The response, for most parents, is automatic: What about the art supplies? The LEGO? The books on your shelf? The fifty things you got for your birthday? There’s always something to offer, and offering it feels like parenting. Letting boredom persist feels like neglect.

It isn’t. The research on boredom and child development has been building for over a decade, and it points in a direction that most parents find surprising: boredom, in the right form and duration, is one of the more useful states a child can experience. The discomfort is not incidental. It’s the mechanism.

What Happens in the Brain During Boredom

Neuroscience has a term for the brain state that activates during unstructured, unstimulated moments: the default mode network (DMN). This is a set of interconnected brain regions — including the medial prefrontal cortex and posterior cingulate — that activate when the brain is not engaged in a specific external task. It was originally described as the brain “at rest,” which turned out to be misleading.

The DMN is anything but resting. Research from Washington University and others has found that it’s the network most active during daydreaming, self-reflection, imagining future scenarios, and creative association — the brain making connections between ideas that conscious, task-focused attention would never have time to make.

The UVA School of Education’s research synthesis on boredom and children found that boredom is one of the primary triggers for DMN activation. When children are not given immediate external stimulation, the brain switches into this internally directed mode and begins doing the work that structured activities don’t allow: processing experiences, rehearsing social scenarios, inventing narratives, making cross-domain connections.

In short: boredom is the on-ramp to imagination. Not incidentally. Mechanistically.

What the Research Shows About Boredom and Creativity

A 2024 scoping review published in Review of Education (Wiley) examined 27 studies on the relationship between boredom and creativity in educational contexts. The finding was more nuanced than “boredom is good” but more interesting than “boredom is bad”:

Boredom that arises from underchallenge — being understimulated relative to capacity — is associated with increased divergent thinking, the cognitive process of generating multiple novel solutions to open-ended problems. This is the mental skill that underlies creativity, innovation, and original problem-solving. The bored brain, seeking stimulation it can’t find externally, turns inward and starts generating.

A 2025 study in MDPI Education Sciences specifically examined children who experienced boredom combined with high underchallenge — the gifted-kid scenario, largely — and found increased mathematical creativity in that group. Not despite the boredom, but correlated with it.

The Children and Screens research brief “On Boredom: A Guide for Parents and Educators” synthesizes multiple studies to conclude that the discomfort of boredom — the restlessness, the dissatisfaction — is precisely what drives children toward self-directed activity. Remove the discomfort immediately (by handing over a device), and you remove the trigger for the self-generated solution.

Building Brains Together’s synthesis of childhood DMN research notes that children who have regular access to unstructured time show higher rates of imaginative play, better narrative skills in early elementary school, and stronger executive function development compared to children in highly programmed environments — even when the programmed environments are high-quality.

Unstructured vs. Structured Time: What Each Builds

Domain	Structured/supervised activity	Unstructured boredom + free play	What unstructured time specifically adds
Creativity	Practice within defined parameters	Open-ended generation, original ideation	Novel combinations, imagination
Executive function	Following rules, attention to instruction	Self-regulation, self-initiation	Self-direction, impulse management
Social skills	Cooperative play with adult facilitation	Negotiation, conflict, spontaneous rules	Peer conflict resolution, social risk-taking
Emotional regulation	Adult co-regulation during difficulty	Self-soothing, internal resource development	Internal regulation without external scaffold
Problem-solving	Solving problems with defined solutions	Defining the problem, inventing the solution	Problem-finding, not just problem-solving

The table is not an argument against structured activities. Piano lessons build something. Sports teams build something. But they build different things than the aimless, unprogrammed afternoon that looks — from the outside — like nothing is happening.

The Attention Span Connection

There’s a specific attention-development mechanism here that’s worth understanding. Sustained voluntary attention — the kind needed for reading, for complex thinking, for creative work — has to be self-initiated. No one is cuing you to start paying attention; you choose to.

Most structured activities give children attention with an external cue: the teacher starts speaking, the game starts, the video begins. These train attention that responds to external triggers. Unstructured time trains attention that responds to internal ones — to the child’s own curiosity, choosing a focus and maintaining it without external scaffolding.

Research on children’s self-directed learning consistently finds that children who have regular access to unstructured time develop stronger voluntary attention than children in highly programmed schedules, even when the programmed activities include traditional “attention-building” tasks. The mechanism is self-initiation: the child who decides to do something and sustains it is building exactly what focus interventions are trying to restore after the fact.

How to “Structure” Unstructured Time Without Ruining It

The paradox of modern parenting: parents feel so uncomfortable with their child’s boredom that they inadvertently prevent the productive version from occurring.

Don’t solve the boredom complaint for the first 20 minutes

When a child says “I’m bored,” the most effective response is almost nothing: an acknowledgment and a neutral holding of the discomfort. “Yeah, sometimes there’s nothing particular going on.” Not dismissive, not anxious, not immediately helpful. The restlessness that follows is where the creative self-direction begins.

Twenty minutes is a reasonable threshold. Most children who don’t receive immediate stimulation will have found something to do — something they chose, not something offered — within that window. Shorter than that, and you’ve rescued them before the interesting part started.

Protect unscheduled time in the week

Research on over-scheduling finds that children in high-activity schedules (school plus multiple after-school programs plus enrichment activities most days) show measurably lower creative output, more adult-directed activity choice, and less intrinsic motivation for self-chosen activity. The implication isn’t that activities are bad — it’s that one or two genuinely free afternoons per week have developmental value that enrichment programs can’t fully replace.

Make the physical environment boring enough

This sounds strange but is well-supported: environments with easy access to high-stimulation options (tablets, gaming consoles, TV) produce less self-directed creative activity because the brain defaults to the highest-stimulation option available. Removing that option — or making it effortful to access — lowers the floor of stimulation and gives the DMN room to activate.

Blank paper, some markers, LEGO, cardboard, basic craft supplies — low-stimulation materials that have infinite combinatorial possibilities. The absence of a specific activity is the point.

Model it yourself

Children whose parents maintain their own unstructured reflection time — who visibly sit with their thoughts, read without purpose, or putter without immediate productivity — absorb a message about the legitimacy of being unoccupied. Parents who are visibly anxious during their own idle moments transmit that anxiety to their children.

For gifted or bored-at-school children, unstructured time has additional specific value — see Your Kid Aces Every Test and Hates School for the research on underchallenge and why boredom at school is different from productive at-home boredom.

What to Watch for Over the Next 3 Months

Week 2–3: After introducing one genuinely unscheduled afternoon per week (no activities, minimal screens, low-stimulation materials available), does your child resist at first and then eventually find something to do? Resistance followed by self-direction is the healthy pattern.

Month 2: What is your child doing during unstructured time? Are they building, drawing, telling stories, constructing elaborate imaginative scenarios? These are productive boredom outcomes. Are they mostly just perseverating on wanting a device? That’s a sign the screen diet is too high to allow the DMN to properly activate.

Month 3 self-check: Does your child ask for unstructured time? Children who have experienced productive boredom often start requesting it — “I just want to do nothing for a while.” That preference is a positive sign, not a worrying one.

Frequently Asked Questions

Isn’t all play good for children, including screen play?

Interactive, creative screen use has real value (coding, building in creative game modes, video calls with friends). Passive, scroll-based consumption is the version most associated with displacing the DMN states that produce creativity and self-regulation. The distinction that matters isn’t screen vs. no screen — it’s self-directed activity vs. externally-driven content consumption.

My child gets genuinely distressed when bored. Is that normal?

Some distress around boredom is normal and is actually part of the process — the discomfort is what drives the self-directed search for engagement. Distress that escalates into genuine anxiety (not just restlessness) or that doesn’t resolve into self-directed activity after 20–30 minutes may be a sign of higher anxiety that’s expressing through boredom tolerance. If it’s consistent and severe, it’s worth discussing with a pediatrician.

How much unstructured time do kids need?

There’s no well-validated clinical recommendation for a specific number of hours. What the research does support is that children in highly programmed schedules (few genuinely free hours per week) show specific developmental gaps compared to children with more open time. One to two genuine “nothing scheduled” blocks per week appears to be meaningful; more is not harmful. The quality of the unstructured time (low-stimulation environment, genuine freedom to choose) matters more than the quantity.

My 12-year-old says “boredom is stupid.” Is it too late?

No. Adolescents can and do develop creative self-direction given sufficient low-stimulation time and adult permission to do nothing. It may take longer for an older child to move through the boredom to the creative engagement, because the device habit is more entrenched. But the DMN doesn’t stop operating in adolescence — the boredom-to-creativity pathway is still there, just sometimes more buried.

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About the author

Ricky Flores is the founder of HIWVE Makers and an electrical engineer with 15+ years of experience building consumer technology at Apple, Samsung, and Texas Instruments. He writes about how kids learn to build, think, and create in a tech-saturated world. Read more at hiwavemakers.com.

Sources

1. Zeißig, K., et al. (2024). “The association between boredom and creativity in educational contexts: A scoping review on research approaches and empirical findings.” Review of Education, 12(2). https://bera-journals.onlinelibrary.wiley.com/doi/10.1002/rev3.3470

2. MDPI. (2025). “Investigating the Relationship Between Boredom and Creativity: The Role of Academic Challenge.” Education Sciences, 15(3), 330. https://www.mdpi.com/2227-7102/15/3/330

3. UVA School of Education and Human Development. “Boredom Can Be Great for Kids.” https://education.virginia.edu/news-stories/boredom-can-be-great-kids

4. Children and Screens. “On Boredom: A Guide for Parents and Educators.” https://www.childrenandscreens.org/learn-explore/research/on-boredom-a-guide-for-parents-and-educators/

5. Building Brains Together. “The Science Behind Boredom: Why Kids Need Down Time.” https://www.buildingbrains.ca/blog/the-science-behind-boredom-why-kids-need-down-time

6. Children and Nature Network. “In Defense of Boredom: It Can Lead to Imaginative Play, Creativity and the Great Outdoors.” https://www.childrenandnature.org/resources/in-defense-of-boredom-it-can-lead-to-imaginative-play-creativity-and-the-great-outdoors/