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About

Dr. Peng Tao is a leading researcher in bioinspired materials and soft robotics, with a focus on developing responsive, multifunctional systems for human-machine interaction and actuation. Their most cited work introduces a noncontact human-machine interface based on hand-responsive infrared structural color (86 citations), enabling hygienic, distance-independent interaction even in darkness—a breakthrough for intelligent robotics. Dr. Tao has also pioneered multi-stimuli-responsive biomimetic actuators using asymmetric graphene-conjugated polymer gradient films (36 citations), achieving complex, life-like motions through hygroscopic expansion. A key contribution is the development of a facile hot-pressing method to enhance the electrical and thermal performance of thick PEDOT:PSS films (34 citations), addressing a critical bottleneck in conductive polymer applications. More recently, Dr. Tao has explored laser-microdroplet interactions to create octopus-like graphene oxide microstructures for adhesive coatings (9 citations), pushing the boundaries of bioinspired micro-robotics and drug delivery. With a portfolio of highly cited papers, Dr. Tao’s work consistently demonstrates innovative material design and practical fabrication strategies, making significant impacts in soft robotics, smart coatings, and human-machine interfaces.