【#Tech24H】Xi'an University of Architecture and Technology has made significant progress in the field of flexible electronic materials. By integrating artificial intelligence and quantum mechanical calculations, the team successfully designed a new double perovskite material system suitable for wearable radiation monitoring. The new material maintains high radiation detection performance while achieving flexibility matching human tissues, allowing it to conform to curved surfaces and withstand significant strain, meeting the dual requirements of flexibility and durability for wearable devices. This research promotes the intelligent transformation of material development, establishes an integrated new paradigm from screening to verification, and opens new avenues for portable radiation monitoring in daily health management.