Papers
1
Total Citations
3
H-Index
1
About
Chenxi Lu is a rising researcher in the field of flexible magnetoelectronics, with a focused expertise in tunable magnetic domain engineering and strain-mediated property modulation in thin-film systems. Their most-cited work, "Tunable Magnetic Domain Patterns in Thickness-Gradient Nickel Films on Flexible PDMS Substrates" (2023), introduces a novel approach to controlling magnetic domain structures by leveraging intrinsic stress and external mechanical loading in flexible substrates. This contribution is pivotal for advancing next-generation flexible devices in information storage, bionic robotics, and electronic skins. By demonstrating how thickness gradients and substrate flexibility can dynamically tune magnetic properties, Lu’s research bridges fundamental materials physics with practical device applications. With 3 citations to date, this work is gaining traction as a foundational reference for researchers exploring strain-engineered magnetic films. Lu’s achievements highlight a promising trajectory in the development of adaptable, high-performance magnetic materials for flexible electronics, positioning them as a key contributor to this interdisciplinary frontier.
Research Focus
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Top Papers
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