Xuebin Yu

Papers

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About

Xuebin Yu is a leading figure in advanced materials for flexible electronics, with a primary focus on MXene-based architectures for next-generation tactile sensing. His most-cited work, "Hollow MXene Sphere-Based Flexible E-Skin for Multiplex Tactile Detection" (2021, 60+ citations), introduces a groundbreaking approach to electronic skin by engineering hollow MXene microspheres. This design enables the simultaneous detection of multiple contact parameters—including force magnitude, direction, and contact location—overcoming a key limitation of conventional planar sensors. Yu’s innovation lies in creating a highly compressible, lightweight structure that maintains exceptional sensitivity and durability, making it ideal for soft robotics, health monitoring, and human-machine interfaces. By demonstrating how structural engineering at the micro- and nanoscale can unlock multifunctional sensing in a single device, his work has significantly advanced the field of wearable electronics. With growing recognition for his contributions to smart materials and tactile sensors, Yu continues to push the boundaries of flexible, skin-like technologies that bridge the gap between biological touch and artificial perception.