Was walking the key to Steve Jobs’s genius? Stanford study reveals 4 ways it boosts creativity

For Steve Jobs, creativity was never confined to a desk. The late Apple co-founder was known to hold walking meetings, often pacing around with colleagues as ideas took shape in motion. Facebook’s Mark Zuckerberg has followed a similar habit — a quiet nod, perhaps, to the link between movement and innovation.

Now, a study from Stanford University provides empirical grounding for what many creative minds have long intuited: walking does not just clear the head, it amplifies the imagination.

Researchers Marily Oppezzo, a Stanford doctoral graduate in educational psychology, and Daniel Schwartz, professor at Stanford Graduate School of Education, found that creative thinking improves during walking and immediately afterward.

Published in the Journal of Experimental Psychology: Learning, Memory and Cognition, the study suggests that it is the act of walking itself, not the environment, that triggers this mental shift. Whether indoors on a treadmill or outdoors in the open air, participants consistently demonstrated higher levels of creative output compared to those who remained seated.

Across four controlled experiments involving 176 college students and adults, participants completed tasks designed to measure creative thinking — from inventing alternate uses for everyday objects to drawing complex analogies.

Those who walked produced nearly twice as many creative responses as those who sat, even when the setting was intentionally dull: a treadmill in a blank-walled room. “I thought walking outside would blow everything out of the water,” Oppezzo admitted, “but walking indoors still had strong results.”

Even more strikingly, creativity levels remained elevated after participants returned to their seats, suggesting that walking may set off a lingering cognitive momentum.

The Stanford study identifies several mechanisms that link movement to creative performance:

Enhanced divergent thinking: Walking stimulates the brain’s ability to generate multiple solutions to a problem. This type of “divergent thinking,” essential for innovation and idea generation, flourished when participants walked.

Sustained creative momentum: The cognitive uplift persisted after walking sessions, indicating a carryover effect that continued to enhance ideation once participants sat down again.

Environmental independence: Creativity gains appeared independent of the setting. Whether surrounded by greenery or a blank wall, the movement itself was key.

Mind-body synchrony: Walking seems to encourage a rhythm between physical and mental processes, aligning thought with motion in ways sitting cannot. As Schwartz observed, “there’s work to be done to find out the causal mechanisms, but this is a robust paradigm for exploring how the body influences the mind.”

The study also found that not all forms of thinking benefit equally from walking. In tasks requiring focused, convergent reasoning — where there is one correct answer — walkers performed slightly worse than those sitting.

For instance, when asked to find a single linking word for “cottage,” “Swiss,” and “cake” (the answer being “cheese”), participants seated performed marginally better. Walking, it seems, favours the imaginative over the precise, better suited to the brainstorming stage than the moment of decision.

“We’re not saying walking can turn you into Michelangelo,” Oppezzo said. “But it could help you at the beginning stages of creativity.”

If Steve Jobs’s long walks along Palo Alto’s streets once puzzled his peers, the science now offers an explanation. Walking may not guarantee genius, but it might just open the door to it.

As the Stanford researchers remind us, creativity begins with movement, a rhythm between body and mind that invites ideas to flow, one step at a time.