Performance Analysis of a Kirigami-shaped Temperature Sensor

This work reports a kirigami-shaped sensor interfaced with an internet-of-things platform for strain insensitive and real-time temperature detection. The performance of the sensor was characterized under different stretching and twisting deformations, along with humidity variations. Excellent agreement was observed between the experimental and simulation results. The kirigami architecture shielded the sensor from motion artifacts, thereby demonstrating its promise in long-term wearable applications.