JH
Jonathan Haber
Manoush Zomorodi

Does boredom actually boost creativity, and how do you use it?

The neuroscience of idle time, default-mode creativity, and how to use boredom deliberately

Short answer

Manoush Zomorodi, building on neuroscience research, argues that boredom — specifically the unstimulated, mind-wandering state — activates the default-mode network and enables creative insight, future planning, and self-reflection. Research supports a connection between mind-wandering and creative cognition, though the relationship is nuanced and the direct causal link from boredom to creative output is still developing.

In Bored and Brilliant, Manoush Zomorodi documents a challenge she gave to her podcast listeners: do less with their phones and see what happens creatively. Her book synthesizes research from neuroscientists and cognitive scientists to make the case that the unstimulated mind — the one many of us now never let emerge — is where our most original thinking lives. The practices below operationalize this insight for people accustomed to filling every idle moment with a screen.

The practices (6)

Why it works

Waiting is one of the few natural opportunities for the default-mode network to activate during a busy day. When people immediately fill the waiting gap with a phone, they suppress DMN activation and replace it with stimulus-driven attention (social media, news, video). Allowing waiting-state boredom permits the mental associations, future simulations, and self-reflective processing that DMN activity produces — the substrate from which creative and planning insights emerge.

How to do it
  1. 1For one week, commit to leaving your phone in your pocket or bag during all waiting periods.
  2. 2Resist any urge to check — observe the discomfort of boredom rather than suppressing it.
  3. 3Notice what thoughts, memories, or ideas arise spontaneously.
  4. 4Keep a small notebook to capture any insights that surface during these waiting periods.
Evidence
Observational

Default-mode network research documents its activation during mind-wandering and rest, with associations to autobiographical memory, future simulation, and creative insight. Mind-wandering has been linked to insight problem-solving in controlled lab settings.

Honest caveat: DMN research is strong on activation patterns but the causal path from boredom → DMN → creative output is supported directionally rather than robustly established for practical applications.

  • — Christoff et al. (2009), experience sampling during fMRI reveals default network and executive system contributions to mind wandering, PNAS
Common mistake: Substituting one phone activity for another ("I’ll listen to a podcast instead") — audio consumption also suppresses DMN and prevents the unstimulated state that productive mind-wandering requires.
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