Papers
1
Total Citations
43
H-Index
1
About
Lei Miao is a materials scientist and energy researcher whose work sits at the exciting intersection of flexible electronics, piezoelectric materials, and nanoscale energy harvesting. His research focuses on developing next-generation wearable power devices that can convert mechanical energy into usable electricity — a critical challenge for powering the growing ecosystem of portable and implantable electronics. His most notable contribution centers on the engineering of flexible piezoelectric nanogenerators incorporating two-dimensional BaTiO₃-oriented polycrystals, a sophisticated approach that bridges the gap between rigid inorganic piezoelectric ceramics and flexible polymer composites. By optimizing the crystallographic orientation of these inorganic fillers within polymer matrices, Miao's work achieves significantly enhanced piezoelectric response without sacrificing the mechanical flexibility essential for wearable applications. This research has garnered 43 citations since its 2022 publication, reflecting rapid uptake within the energy harvesting community. Miao's contributions are particularly timely, addressing the fundamental power supply bottleneck facing wearable health monitoring devices and the Internet of Things. His work represents a meaningful step toward self-powered electronics that harvest energy directly from human motion and environmental mechanical sources.
Research Focus
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Top Papers
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