Xingxing Chen

Southern University of Science and Technology, Peking University

Papers

Total Citations

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About

Xingxing Chen is a rising leader in flexible electronics and iontronic sensing, whose pioneering work is redefining the performance limits of pressure sensors for next-generation applications. Chen’s research centers on the design of high-performance flexible sensors, with a particular focus on iontronic materials and novel transduction mechanisms. In a major contribution, Chen introduced a "contact-dominated" sensing architecture that leverages localized electric-displacement-field enhancement, achieving unprecedented sensitivity and linearity in capacitive pressure sensors—a critical breakthrough for humanoid robotics and wearable electronics. Complementing this, Chen’s comprehensive review on flexible iontronic sensing, covering ionic materials, electrodes, and encapsulation, has rapidly become a foundational reference in the field, garnering significant early citations. With both landmark papers from 2025 already accumulating 14 citations each, Chen’s work is demonstrating immediate and substantial impact. By solving the long-standing trade-off between sensitivity and range in flexible sensors, Xingxing Chen is not only advancing fundamental science but also paving the way for practical, high-fidelity tactile sensing in soft robotics and human-machine interfaces.