Shaoliang Yu

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About

Shaoliang Yu is a pioneering researcher at the intersection of flexible optical sensing and human–machine interfaces, with a core focus on micro/nanofiber-based tactile technologies. His most-cited work, "Optical Micro/Nanofiber Enabled Multiaxial Force Sensor for Tactile Visualization and Human–Machine Interface" (2024, 29 citations), introduces a groundbreaking flexible optical waveguide sensor capable of detecting multiaxial forces with exceptional sensitivity. This innovation enables real-time tactile visualization and intuitive control in robotics and interactive systems, addressing critical challenges in electromagnetic interference and response speed. Yu’s contributions advance the field by merging optical micro/nanofiber engineering with soft robotics, offering a new paradigm for wearable haptics and prosthetics. His achievements highlight the potential of photonic sensors to transform human–machine interaction, with applications spanning from assistive devices to immersive virtual reality. By demonstrating how light-based sensing can achieve high precision and durability in flexible formats, Yu is shaping the future of tactile perception technologies, earning recognition for his role in bridging optics and robotics.