Fuzhi Yan

Papers

Total Citations

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About

Fuzhi Yan is a rising innovator in flexible energy storage, with a focus on developing high-performance aqueous batteries for wearable and robotic electronics. His most cited work, a 2023 study on an aqueous gel-type AgO-Zn battery fiber, achieves remarkable volumetric and areal power densities of 17.9 W/cm³ and 624 mWh/cm³ at low discharge rates, while maintaining 358 mWh/cm³ at a high 50C rate—addressing a critical bottleneck in miniaturized device performance. By engineering a multilayered architecture, Yan’s design enables stable, high-rate operation without compromising safety or flexibility, offering a transformative solution for powering next-generation flexible electronics. With 10 citations already, this work has quickly garnered attention for its practical impact on wearable tech and soft robotics. Yan’s contributions underscore a commitment to bridging material innovation with real-world device integration, positioning him as a key figure in the push toward compact, high-energy-density power sources.