Jianqiao Liang

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About

Jianqiao Liang is a rising innovator in the field of biomimetic tactile sensing, where optics meets artificial intelligence to replicate and enhance the human sense of touch. His research centers on developing bio-inspired optical tactile sensors, particularly using optical microfiber couplers that function as artificial neurons. Liang’s major contribution lies in creating “optical skin” systems that can perceive multimodal tactile information—such as pressure, texture, and vibration—with high sensitivity. His most-cited work, *A Biomimetic Optical Skin for Multimodal Tactile Perception Based on Optical Microfiber Coupler Neuron* (2022), has garnered 23 citations and demonstrates how optical microfibers can mimic biological mechanoreceptors. Building on this, his 2024 paper integrates neural networks to enhance tactile perception, achieving more intelligent and adaptive sensing. Though early in his career, Liang’s work is gaining traction for its potential in robotics, prosthetics, and human-machine interfaces. By merging optical engineering with deep learning, he is paving the way for artificial tactile systems that not only match but surpass human sensory capabilities, offering a compelling glimpse into the future of smart sensing technologies.