This research aims to develop advanced wearable ultraviolet photodetectors to monitor UV exposure and aid in skin cancer prevention.
Developed a high-sensitivity photodetector using a single-crystal structure.
Tested the device's sensitivity and responsiveness to ultraviolet light.
Evaluated the feasibility of wearable applications for public health monitoring.
Demonstrated high sensitivity and precision in UV detection.
Effectively monitored carcinogenic UV exposure in real-time.
Highlighted potential applications in sunscreen protection and skin cancer prevention.
Abstract
Addressing the public health challenge posed by skin cancer is the urgent necessity to devise bending and wearable ultraviolet (UV) photodetectors capable of monitoring the carcinogenic UV in everyday life...