Yani Jiang

Papers

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About

Yani Jiang is pioneering the development of bio-inspired flexible sensors, drawing inspiration from the human body to create next-generation electronic skins and accelerometers. His key research areas include flexible electronic skin (e-skin) and low-frequency vibration sensing, where he has made significant contributions by mimicking biological structures. In his highly cited 2020 work, Jiang developed a high-sensitivity flexible e-skin using a liquid-core poly(vinylidene fluoride) fiber embedded in silicone rubber, capable of detecting surface vibration parameters like waveform and frequency—a breakthrough for wearable technology. More recently, his 2023 study introduced a low-frequency acceleration sensor inspired by the saccule in the human vestibule, replicating sensory hair cells to sense gravity-like accelerations. This bionic approach has garnered attention for its potential in prosthetics and human-machine interfaces. With citations steadily growing, Jiang’s work stands out for its innovative fusion of biology and engineering, offering practical pathways to more sensitive, flexible, and biomimetic sensing devices. His achievements highlight a promising trajectory in soft robotics and biomedical sensing.