The Fidget Factor: Stanford Researchers Prove Movement Boosts Creative Output

When a child can’t stop moving, a certain kind of frustration permeates the classroom. A bouncing knee beneath a desk. A tapping pencil. A body twisting in a chair that seems to have been made for someone who has never experienced an uncontrollable thought. Teachers’ natural reaction has been the same for decades: stop fidgeting, sit still, and pay attention. According to recent Stanford research, even though the response made sense, it might have been completely incorrect.

According to a study that was published in the Journal of Educational Psychology in late 2025, about 80% of middle school students came up with more original ideas when they were free to move around in their seats as opposed to when they were instructed to remain motionless. Two distinct experiments were carried out with sixth and seventh graders at a private school in the Bay Area by the lead researcher, Marily Oppezzo, a medical instructor at the Stanford Prevention Research Center who graduated with a doctorate in educational psychology from Stanford’s Graduate School of Education. The results were consistent for both groups, and what was especially noteworthy was that the freedom to move had no effect on memory or focused attention. The advantage was unique to creative thinking rather than an all-encompassing improvement all at once.

There was a pleasing simplicity to the experiment itself. For four minutes, students had to think of as many different uses as they could for commonplace items like tires and bricks. This type of task necessitates loose, associative thinking rather than a single right answer. The researchers used a novelty ratio—the number of original ideas divided by the total number of ideas a student produced—to prevent rewarding students who were just more talkative. Whether they were moving or not, a student who came up with ten ideas, two of which were novel, received the same score; the measure only took effect if the percentage of truly original thought changed. It did under conditions of freedom of movement. Regularly. In most cases, students who were instructed to move as naturally as possible while seated on “wiggle stools” outperformed their own sitting-still results.

It’s important to remember that Oppezzo had previously encountered this situation. In 2014, she and Dan Schwartz, who is currently dean of Stanford’s Graduate School of Education and a co-author on the more recent study, discovered that walking increased adult and college students’ creative output by an average of 60%. In an earlier study, some participants were placed on indoor treadmills facing blank walls in order to test whether the environment was causing the effect. It made no difference that the wall was blank. Even in a featureless room, walking on a treadmill still elicited far more imaginative answers than sitting. It seems that the body has a relationship with imagination of its own, independent of scenery.

For anyone in charge of a classroom, the more recent research adds something more useful. It is challenging to incorporate walking into a lesson. The ability to squirm freely and the use of wiggle stools are not. In the second experiment, a third condition was added: “sit as usual,” which refers to a regular chair with no explicit instructions to remain rigid. The results showed a linear trend: students in this middle condition fell between the sit-still and freedom-to-move groups on creative output. This implies that the effect is not binary. It appears that stifling movement actively hinders creative thinking rather than merely failing to encourage it.

The mechanism might have something to do with how the body’s arousal state is altered by mild exercise in a way that loosens the type of inhibited, self-monitoring cognition that typically yields safe, obvious answers. It’s still not clear. Oppezzo has taken care to point out that students’ level of creativity was not predicted by how much they actually wiggled; rather, the benefit came from the permission rather than the amount of movement. This is a truly peculiar and intriguing discovery, indicating that both physiological and psychological factors are at play.

As this field of study progresses, there’s a sense that it keeps running into a rather obstinate institutional presumption that stillness is a prerequisite for serious thought. Steve Jobs conducted his most significant meetings while strolling. The same has been done by Mark Zuckerberg. It is said that Jean-Jacques Rousseau was unable to think without movement. There have always been anecdotes. The accompanying data is what Stanford continues to produce. As usual, the question of whether offices and classrooms will truly change in response is a different and slower one.