Programmable bistability enhances the mechanical properties of curved-crease origami structures, allowing for multiple stable configurations.
This origami polyhedron exhibits unique deformation responses under external stimuli, demonstrating significant versatility for various applications.
Experimental analysis reveals that configurations can be toggled between two stable states effectively, opening pathways for innovative uses.
These findings highlight potential benefits for fields such as robotics and material science, inviting further exploration of origami-inspired designs.