Flexible mechanical metamaterials are engineered structures whose unique geometries allow them to display remarkable behaviors, especially in the nonlinear regime. These systems hold promise for enabling the next generation of smart materials and devices, offering capabilities such as shape morphing, programmable nonlinear responses, and energy manipulation. By embedding programmable mechanics, shape-shifting functions, and computational abilities directly into a single monolithic structure, we open the door to a new class of machines that require minimal electronic input and derive their advanced functionality from their intrinsic architecture.

In this talk, I will highlight our recent progress toward integrating shape morphing, sensing, and intelligence within a single synthetic material system to realize such machines.