The stitching and the unstitching: What can behavior analysis have to say about creativity?
Creativity needs no new theory; it is rule-governed persistence, emergent blends, and response units you already know how to shape.
01Research in Context
What this study did
Jackson (2003) wrote a theory paper. He asked: can behavior analysis explain creativity without adding new mental stuff?
He stitched together three old ideas: rules that guide behavior, new responses that pop out, and blended response units.
What they found
The paper claims we already have the tools. No new brain modules needed.
Creative acts are just old behavioral pieces recombined in fresh ways.
How this fits with other research
Fox et al. (2017) tested one of those pieces. They showed that once people learn an accurate rule, they stick to it even when the payoff changes. This gives real data to Jackson’s claim that rule-governed persistence can look like creativity.
Conine et al. (2024) sized up the emergent-behavior field. Their map of 99 emergent-intraverbal studies covers the same ground Jackson calls ‘creative leaps.’ The review shows the territory is big and messy, but it is all behavior-analytic.
Goltz et al. (2016) moved the lens from one artist to whole teams. They used the same rule-governed frame to explain ‘mental models’ in companies. The stitch is the same; only the canvas got bigger.
Why it matters
You can teach creativity the same way you teach any other behavior. First, build strong rule-following repertoires. Then arrange conditions for blending and emergence. When a client stalls, check if an old rule is blocking new tries. Loosen the rule, reinforce tiny novel blends, and watch creative responses appear without invoking mystery.
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02At a glance
03Original abstract
Traditional critics of behaviorism and behavior analysis have emphasized that these approaches cannot deal with creative achievements in the arts or sciences, or even in ordinary speech. This essay explores several lines of research and conceptual issues from different sources in an effort to refute this claim. The emphasis is on scientific and mathematical creativity. Some of the topics considered include the role of special practice and manipulation, conditions for development of automaticity, the interplay of contingency-controlled and rule-governed behavior, modeling, abstraction, intuition, the blending of response units, and emergent behavior. Some limitations of a behavioral account are also considered.
The Behavior analyst, 2003 · doi:10.1007/BF03392065