Binghan Liu

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About

Binghan Liu is pioneering the development of next-generation intelligent wearables through advanced ionic skin technology. Their research focuses on stretchable, self-powered tactile sensors that mimic human skin’s haptic functions—a critical step toward smart artificial intelligence and human-machine interfaces. Liu’s most cited work, “Stretchable and Self-Powered Temperature–Pressure Dual Sensing Ionic Skins Based on Thermogalvanic Hydrogels” (2022, 56 citations), introduces a groundbreaking dual-sensing platform that simultaneously detects temperature and pressure while maintaining performance under tensile deformation. This innovation addresses a fundamental challenge in multifunctional sensors. Building on this, Liu’s “Ultra-stretchable hydrogel thermocouples for intelligent wearables” (2023, 31 citations) further advances the field by creating highly deformable temperature sensors for continuous body monitoring. Their contributions have significant implications for soft robotics, healthcare monitoring, and artificial skin development. By combining thermogalvanic effects with hydrogel materials, Liu has established a new paradigm for self-powered, stretchable electronics that operate without external batteries. This work positions them as a rising leader in the rapidly evolving field of flexible and wearable sensor technology.