Fea Report Template
Shape-morphing alluring bendable machines are awful adorable for assorted applications in minimally invasive medicine, wearable devices, and bendable robotics. Despite contempo progress, accepted alluring programming approaches are inherently accompanying to consecutive artifact processes, preventing reprogrammability and high-throughput programming. Here, we address a high-throughput alluring programming action based on heating alluring bendable abstracts aloft the Curie temperature of the anchored ferromagnetic particles and reorienting their alluring domains by applying alluring fields during cooling. We authenticate discrete, three-dimensional, and reprogrammable magnetization with aerial spatial resolution (~38 μm). Appliance the reprogrammable magnetization capability, reconfigurable automatic behavior of an auxetic metamaterial structure, tunable locomotion of a surface-walking bendable robot, and adaptive acquisitive of a bendable gripper are shown. Our access added enables hig...