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About

Guirong Wu is a leading researcher in flexible tactile sensing and human-machine interfaces, with a focus on developing advanced sensors that overcome the mechanical limitations of traditional devices. Their key contributions include the invention of bending- and stretching-insensitive, crosstalk-free pressure sensor arrays, which enable accurate data acquisition on deformable 3D surfaces—a critical breakthrough for wearable electronics and soft robotics. Wu also pioneered an iontronic capacitance-enhanced flexible three-dimensional force sensor with ultrahigh sensitivity, achieving decoupled force detection for machine-sensing interfaces, and developed a dual-mode pressure and temperature sensor for multi-physical tactile sensing. Their work has garnered significant attention, with top-cited papers accumulating over 45 citations in 2024 alone, reflecting rapid adoption in the field. Notably, their 2025 comprehensive review on flexible multidimensional force sensors consolidates design strategies and applications, serving as a key resource for researchers. Wu’s innovations directly address challenges in medical monitoring, human–computer interaction, and intelligent health systems, positioning them as a pivotal figure in next-generation flexible electronics.