Papers
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Total Citations
306
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About
Xi Lu is a leading innovator in the field of flexible and wearable electronics, with a primary research focus on the design and chemical formation of soft metal electrodes (SMEs). His most-cited work, "Chemical formation of soft metal electrodes for flexible and wearable electronics" (2018, 306 citations), has been foundational in advancing the development of deformable, high-performance conductive components. Lu’s major contribution lies in establishing chemical synthesis strategies that enable soft metal electrodes to maintain excellent electrical conductivity under mechanical strain—a critical requirement for next-generation devices. This work has direct implications for applications in displays, soft robotics, energy harvesting, and medical wearables, positioning SMEs as a cornerstone technology beyond conventional rigid electronics. By addressing the fundamental challenge of electrode flexibility without sacrificing performance, Lu’s research has accelerated the transition from lab prototypes to practical, durable wearable systems. His achievements are widely recognized, with this seminal paper serving as a key reference for researchers seeking to integrate soft electronics into real-world applications. Through his work, Xi Lu continues to shape the materials science landscape for flexible and wearable technologies.
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