ADHD causes me suffering, but it also gives me the creative lessons I’m known for. This isn’t romanticization — it’s a research-supported phenomenon [1].
ADHD and Divergent Thinking
A study by White & Shah (2006) found that adults with ADHD scored higher on divergent thinking tasks than non-ADHD adults [1]. Divergent thinking is the ability to generate multiple solutions to a single problem.
Boot et al. (2017) reported that the attentional characteristics of ADHD help conceptual expansion [2].
The Shadow Side of Creativity
When exploring Shadow, it helps to consider both the theoretical background and the practical implications. Research shows that a structured approach to Shadow leads to more consistent outcomes. Breaking the topic into smaller, manageable components allows you to build understanding progressively and apply insights effectively in real-world situations.
An important caveat: the equation ADHD = creative is dangerous. ADHD is an executive function disorder that involves real suffering. Creativity is a byproduct of ADHD, not its purpose [3].
Using ADHD Creativity as a Teacher
When exploring Using, it helps to consider both the theoretical background and the practical implications. Research shows that a structured approach to Using leads to more consistent outcomes. Breaking the topic into smaller, manageable components allows you to build understanding progressively and apply insights effectively in real-world situations.
My lessons are improvisational. A student’s question can redirect the entire class. I used to see this as a weakness — but students actually prefer these lessons.
The Default Mode Network: Why Distraction Fuels Ideas
To understand why ADHD correlates with divergent thinking, it helps to understand the Default Mode Network (DMN) — the brain’s resting state circuit. The DMN is most active during mind-wandering, daydreaming, and imagining future scenarios. Counterintuitively, this network is strongly associated with creative insight.[4]
In neurotypical brains, the DMN deactivates when attention is directed outward toward a task. In ADHD brains, this switching is less reliable. The DMN remains partially active even during focused tasks, which is experienced as distractibility. But this same characteristic means ADHD brains are more likely to make distant conceptual connections — linking an idea from one domain to a problem in a completely different domain — because the associative network never fully shuts down.[4]
Zabelina et al. (2015) found that individuals with higher leaky sensory gating — the inability to filter out irrelevant stimuli, common in ADHD — scored higher on real-world creative achievement measures.[5] The brain that notices everything inconvenient during a meeting is the same brain that notices unexpected connections during a creative problem.
Ever noticed this pattern in your own life?
What the White and Shah Study Actually Shows
The White and Shah (2006) study is frequently misrepresented. The study compared 60 adults — 30 with ADHD diagnosis and 30 neurotypical controls — on a battery of divergent and convergent thinking tasks. Key findings:
I believe this deserves more attention than it gets.
