Just pull a string to turn these tile patterns into useful 3D structures
MIT CSAIL researchers created an algorithmic kirigami technique that converts flat tiled sheets into predefined 3D structures actuated by a single pull of a string. The method produces reversible, low-friction deployments and was demonstrated on items from personalized splints and posture correctors to portable shelters and a human-scale chair.
Why it mattersUses a single-string actuation from MIT CSAIL to deploy personalized splints and field hospitals, reducing transport and setup time.
Entities Mentioned
MIT