Summary: By learning to accept and channel frustration, people can tap into greater creative potential—using irritation and fatigue as catalysts for fresh ideas and problem-solving approaches.
Source: Jacobs University
Response inhibition is a cognitive skill that allows people to suppress automatic or habitual reactions in order to act more deliberately. This capacity helps individuals pause, override impulses, and choose controlled responses rather than reflexive ones when pursuing a goal or completing a task.
Examples of response inhibition include resisting the urge to check your phone during a meeting or avoiding the impulse to answer aloud in class without being called on.
Emotional states exert a powerful influence on creative thinking. While past research has shown that moods and feelings affect creativity, the precise ways specific emotions interact with response inhibition have remained unclear.
“This study expands our understanding of how particular emotional states shape divergent creative thinking and how response inhibition contributes to those effects,” explained Khalil.
“Our results indicate that response inhibition partially mediates the impact of negative emotions, feelings of fatigue, and increased psychophysiological arousal on divergent thinking,” Khalil added.
In practical terms, that means frustration and even tiredness—when managed effectively—can become resources for creative work. Embracing irritation and using it as a prompt to try new strategies can spur innovation across settings such as education, industry, and public policy, especially where novel solutions are needed. However, because different creativity measures are seldom compared systematically, further research is required to refine applications across contexts.
Although experiencing dissatisfaction can feel discouraging, it can also sharpen focus and motivate persistence. “We often must face unpleasant outcomes, but by reframing them as drivers for continued effort, we can unlock creative potential,” said Khalil.
About this psychology and creativity research news
Author: Daisy Juknischke-Heinsen
Source: Jacobs University
Contact: Daisy Juknischke-Heinsen – Jacobs University
Image: The image is in the public domain
Original Research: Closed access.
“Response Inhibition Partially Mediates the Relationship Between Emotional States and Creative Divergent Thinking” by Radwa Khalil et al. Creativity Research Journal
Abstract
Response Inhibition Partially Mediates the Relationship Between Emotional States and Creative Divergent Thinking
Why are some people able to produce exceptional creative ideas even after receiving discouraging feedback? Prior studies have linked general mood states to creativity, but the specific relationships between measurable physiological emotional parameters (affect), response inhibition (RI), and creative divergent thinking (DT) have not been fully clarified. This study investigated whether RI helps explain how emotional states influence DT when participants experience either frustrating or encouraging feedback.
The researchers manipulated feedback during a go/no-go task (GNGT), a standard measure of RI, to induce positive or negative affect and to alter psychophysiological arousal (PA). Participants received artificially generated feedback designed to produce either a sense of success (positive affect) or frustration (negative affect). After that manipulation, participants completed the alternative uses task (AUT), a common test of divergent thinking.
Self-reported emotional states were measured with the Positive and Negative Affect Schedule — Expanded Form (PANAS-X). During the AUT, psychophysiological arousal was monitored using skin conductance (SC) and heart rate variability (HRV). The findings show that RI mediates the relationship between negative affect, fatigue, and elevated PA (as measured by HRV) on DT.
Additionally, positive affect and increased PA measured via skin conductance were directly associated with improvements across the three DT metrics—fluency (number of ideas), originality, and flexibility. Time-domain analyses of HRV proved more informative than frequency-domain HRV measures in this context. The study also identified notable gender effects: gender influenced fluency and flexibility both directly and indirectly, while originality was not affected in the same way.
Overall, these results suggest that different emotional states and their physiological signatures modulate divergent creative thinking through distinct mechanisms. Understanding these pathways can help design strategies that harness emotional and cognitive dynamics to foster creativity in applied settings.