Chu Pan

Discovery of Piezoelectricity in Natural Birch Bark for AI-Assisted Sports Violation Monitoring

Biyao Huang, Chu Pan, X Li, J N Li et autres

The rapid advancement of wearable electronics has created an urgent demand for distributed, sustainable, and green energy sources to power various microdevices. As the conventional lithium battery is harmful to the environment, the biopiezoelectric nanogenerator is an ideal candidate to meet these …

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High‐Strength Degradable Transparent Bio‐Electronics Enabled by Confined Crystallization in Aligned Nanofibers for AI‐Assisted Motion Sensors

Chu Pan, Xueyi Li, Chuanfeng Wang, Juan Li et autres

The severe environmental impact of conventional plastic electronics necessitates next-generation wearable devices simultaneously embodying high performance, flexibility, and sustainability. Herein, we propose a 1D nano-confined high-pressure crystallization strategy to create highly-crystalline, yet highly-transparent bio-based fiber films to meet these requirements. The bacterial …

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A Transparent, Degradable Polymer Electrode Inspired by Skeleton Flowers for Versatile Transient Electronics

Chuanfeng Wang, Chu Pan, Zhu Liu, Li Lu et autres

Transparent, degradable electrodes are essential for the development of versatile, degradable electronics. Yet, the use of crystalline degradable polymers as transparent electrode materials remains a huge challenge due to the inability to break the trade-off between light transmittance, electrical conductivity, and mechanical …

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Natural biopolymer/CuInS2 quantum dot-based red emissive, physically transient, and dynamically self-polarized piezoelectrets

Zhu Liu, Yu Lai, Juan Li, Zhipei Xia et autres

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