Dr. Naomi Brooks
Character · Artwork forthcoming
Her quiet finger movement grows faster during nervousness or excitement. This individual detail is informed by self-regulation research, not a marker of talent.
How repetitive movements or sounds can support regulation during anxiety, sensory demands, or joy—and why individual context matters.
What functions can repetitive movements or sounds serve, and how can their meaning vary with the person and situation?
Stimming, or self-stimulatory behavior, can help a person manage sensory input and emotions. It also occurs in non-autistic people; examples include foot-tapping or pen-clicking. [1]
Regulation across emotions. Repeated movements or sounds may help with anxiety, overstimulation, or excitement. They need not indicate distress every time they occur. [1] [2]
Usually harmless, with exceptions. Stimming is typically harmless and can be beneficial. Some forms can cause injury, so it is important to distinguish a safe movement from behavior that harms the person. [1]
Frequency, form, and meaning vary. A particular hand movement cannot be interpreted reliably without its context. The same person may use a movement during nervousness and during joy. [2]
Stimming alone does not establish a diagnosis, an intellectual ability, or a person’s intentions. It should not be portrayed as proof of mathematical talent or a gameplay advantage.
Cleveland Clinic and Fraser provide clinical and public education summaries. These pages are not original experimental studies, and their explanations should not be presented as measurements of a particular fictional person.
Adapted from the reviewed Dr. Naomi Brooks research master. Website adaptation: October 24, 2026. Version 1.0. Fictional character connections appear separately.
Explore each character or card, then follow its research tags back here.
Character · Artwork forthcoming
Her quiet finger movement grows faster during nervousness or excitement. This individual detail is informed by self-regulation research, not a marker of talent.