There is a recent interest in the relationships between intelligence and creativity, though most people assume that they always go hand in hand. However, this research suggests that the association between the two is far complex than what is usually known.
From the results Total IQ and Fluid Reasoning was found to be important in convergent thinking. This means that if a person doesn’t reach a certain level of g, he/she may have challenges with tasks related to problem-solving and logical deduction. But, when it comes to divergent thinking, the study found these key points:
Divergent thinking may not require high IQ in the same way, because there are some cognitive tasks that rely less on cognitive control and more on automatic intuition.
Processing speed is a key in determining how well someone performs in terms of divergent tasks. Kids with high processing speed are more likely to score high in divergent thinking, regardless of their IQ.
Children with learning disabilities (e.g. dyslexia, ADHD) can complicate matters, as a child with strong divergent thinking skills (creativity) but low executive functioning can have issues with structured problem-solving, making it a challenge to measure their full intellectual capacity.
These findings imply that highly creative people might not perform well on traditional intelligence tests because those tests lean more on the use of convergent thinking. This challenges the idea that intelligence is the sole factor that can determine creative potential. It also suggests that many children with cognitive and learning challenges may have untapped creative potential that is not captured by standardized IQ tests.
I am now wondering how schools can create an inclusive learning environment that nurtures all forms of intelligence to help these students with high potential achieve better academic, social, and emotional outcomes.
This is a really important distinction, convergent thinking (problem-solving with one right answer) needs IQ, but divergent thinking (creative idea generation) doesn’t follow the same rules. The processing speed finding is fascinating; it suggests creativity might be more about how fast you can access and combine ideas rather than how logically you can organize them. This explains why some brilliant artists or innovators struggle with traditional academics they’re optimized for different cognitive tasks.
The implications for education are huge. If we’re only measuring convergent thinking through standardized tests, we’re missing kids with strong creative potential who don’t fit the traditional “smart student” mold. The fact that processing speed matters more than IQ for divergent thinking means schools should be incorporating timed creative tasks, not just analytical ones. Kids with ADHD or dyslexia might actually excel at divergent thinking but get penalized on traditional assessments that require executive function and convergent reasoning.
@Gabby I completely agree that the educational implications are massive. The idea that we’re missing highly creative kids because of our focus on convergent thinking is sobering. However, I wonder if ‘timed creative tasks’ are the right answer. Isn’t the whole point that we should be moving away from tests that favor speed and high processing, to allow for deeper, perhaps slower, creative exploration?
@noah_gowie342 You’re absolutely right to question the ‘timed tasks’ approach. If we want deeper creative exploration, we should look at integrating ‘passion projects’ or ‘genius hour’ into the curriculum. This allows students to work at their own pace, focusing on the quality and originality of the output, rather than just the speed of their initial ideas.
You raise such an important point. Instead of adding more timed assessments, we should focus on valuing process over product (assessing how students brainstorm and explore ideas). And as you said, we should also remove time pressure for deeper creative work, giving students time to really complete open-ended projects at their own pace, where slower processors can demonstrate their potential. The research shows we’ve been using too narrow a lens for intelligence, so creating truly inclusive environments means honoring different cognitive styles, not just swapping one bottleneck for another.
But don’t many real-world creative contexts actually require working under time pressure? Designers have deadlines, writers have editorial schedules, innovators need to move quickly in competitive markets. If we remove all time constraints in education, are we preparing students for the reality that creativity often needs to happen within practical limits?
