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About

Yifei Luo is a pioneer in the emerging field of artificial sense technology, where he bridges soft electronics, neuromorphic engineering, and machine learning to create systems that emulate—and extend—biological perception. His landmark work on “Artificial Skin Perception” (444 citations) established a framework for electronic skin that goes beyond simple touch, integrating protection, regulation, and sensation into flexible, stretchable platforms. Luo’s development of an artificial sensory neuron with visual-haptic fusion (303 citations) represents a breakthrough in multimodal sensing, mimicking the brain’s ability to combine sight and touch for more accurate environmental interpretation. He further advanced the field with a chemically mediated artificial neuron (170 citations), introducing chemical signaling pathways to artificial nervous systems. By fusing stretchable sensing technology with machine learning (159 citations), Luo has enabled intelligent human–machine interfaces that learn and adapt. His work on on-demand plant-based actuators and mechanocombinatorial screening of strain sensors demonstrates a commitment to sustainable, high-performance materials. With over 1,400 citations across his most influential papers, Yifei Luo is shaping the future of soft robotics, prosthetics, and interactive electronics.