3D Successive Nanoscale Interactions‐Driven Mechanoreceptors with Broad Linear Range and Ultra‐High Sensitivity for Efficient Gesture Recognition (Adv. Funct. Mater. 34/2025)

Artificial Biosensing Systems In article number 2500684, Taihong Wang, Ming Zhang, and co-workers provide a high-performance biosensing system constructed by nanocellular graphene-based artificial slow-adapting mechanoreceptors. By the utilization of unique conductive networks driven by 3D successive nanoscale interactions, artificial slow-adapting mechanoreceptors exhibit both high sensitivity and broad linear working range, and the proposed artificial biosensing system achieves a high recognition accuracy for sign language detection and translation.