Solution-Processed Organic UV-Sensitive Neuromorphic Sensors for Healthy Protection Application

Jones), and excellent cycling stability (>5,000 cycles). Functionally, these devices mimic biological sensitization and threshold-triggered responses to reproduce UV damage accumulation, a function unavailable in conventional devices. Dynamic tuning of the optical response threshold through gate voltage further allows customized configuration of early warning levels. Furthermore, the device can generate timely warnings before UV exposure reaches levels linked to SLE flare-ups, thus enabling effective preventive protection. This work offers a new strategy for personalized UV protection in SLE patients and expands the application scope of neuromorphic devices in autoimmune disease management.