This presentation unpacks the origami and tensegrity stories as case studies in how discovery actually happens, and why some leaps require cloud thinking that no algorithm can automate.
For five centuries, origami was simply paper folding—an art form. Then engineers discovered it could solve complex problems: deployable space structures, smart materials, soft robotics. Similarly, tensegrity structures existed as avant-garde sculptures for forty years before engineers recognized their potential for lightweight, efficient design.
Why did these obvious connections remain invisible for so long?
I’ve touched on this material briefly in previous talks—usually in 2-3 slides. But it’s a rich topic that deserves deeper exploration: why do obvious connections remain invisible for centuries? How do ideas finally cross boundaries between disciplines? And what does this tell us about the limits of pattern recognition—human or artificial?
The answer lies in the difference between clock thinking and cloud thinking. Clock thinking operates within established boundaries—artists weren’t engineers, engineers didn’t attend art exhibitions. The same objects existed in two separate worlds, and those rigid categories prevented discovery.
The critical breakthrough required a shift in perspective: not “What is this?” but “What else could this be?” This is cloud thinking—the exploration that enables leaps across domains. Once discovered, clock thinking takes over to develop and refine the new field.
This raises a provocative question about AI: Even if we had fed every engineering paper into an algorithm in 1960, would it have found Johanson’s tensegrity sculptures? Pattern recognition can optimize within known categories, but genuine discovery requires imagining the adjacent possible—combinations one step beyond what we already know.
What other origami moments are we living through right now?
